wiseliving

3 Best Ways to Heat a Home

Wed, 10 May 2023 10:46:46 GMT

An effective indoor home heating system is essential for maintaining a comfortable living temperature and good air quality. Two popular options for home heating are ducted heating and hydronic heating. Ducted heating uses hot air that is distributed through ducts in the ceilings or beneath the floor to warm the house, while hydronic heating uses a boiler to heat water that is circulated through a network of pipes to heat up your home.

If you want to live sustainably, hydronic heating is the better option. Water is a better conductor of heat than air, which means it uses less energy to operate. Hydronic heating can also be powered by wood , electricity (from renewable energy) or natural gas, reducing both your expenses and your carbon footprint.

Here are some reasons why hydronic heating is a great choice for your home:

1. Cost-effective

Hydronic heating is considered one of the most cost-effective centralised heating solutions. It can save you up to 20% compared to a gas ducted heating system. The design of hydronic heating minimises heat loss, and the heated water returns to the boiler, requiring less energy for reheating. WISELIVING’s w ise is an excellent example of a cost-effective hydronic heating system with an energy-efficient technology and environmentally friendly refrigerant.

2. Safe and healthy

Hydronic heating is safe and healthy for your family. Home heating systems like the WISELIVING Hydronic Heat Pump do not push out pollutants, dust, and allergens from the vents of your home like ducted heating systems, making it the safest and healthiest option.

3. Low maintenance

Hydronic heating systems are designed for reliability , and they can last for decades if maintained correctly. They have fewer parts, making maintenance hassle-free. The versatile Sophel Hydronic Boiler is an excellent example of a low-maintenance unit that can provide central heating and hot water for your home, with an optional open fire if desired.

In addition to investing in a hydronic heating system , there are other ways to improve your home heating system, such as:

1. Draft-proofing your home

Ensuring your home is draft-proof is an important step towards a comfortable and efficient heating system. Check for any gaps on doors and windows that might let cold air in, and fix them with rubber seals or gaskets. This will not only help to keep the heat inside, but also reduce your energy bills and carbon footprint.

2. Covering the chimney airflow

If you have a chimney, it can also affect the efficiency of your heating system. When the fireplace is not in use, cover the chimney opening temporarily to prevent cold air from entering your home. This will also help maintain the temperature inside and reduce heat loss.

3. Installing curtains

Not only do they add privacy, but they can also help cover small openings and reduce heat loss. Choose curtains with a thick fabric for better insulation, which will help to keep your home warm and reduce energy consumption.

By following these simple tips, you can improve the efficiency of your home heating system and save money on your energy bills .

For more than 40 years, WISELIVING has been creating products and systems that follow our ethos of “Respect for People and the Environment.” Our expertise allows us to design and create home systems with craftsmanship that is second to none.

Check out our various offerings on heating options to further reduce your carbon footprint and create a more comfortable and sustainable home environment.

WISELIVING Hydronic Heat Pumps vs. Competitors: Who makes the best hydronic heat pumps?

Thu, 12 Jan 2023 10:08:39 GMT

In finding the best hydronic heat pumps for your home , there are now several options to choose from. While all of them are designed to be energy efficient and to supply heating, cooling, and hot water to your home, they are not at all created equally. In this post, we have put together a comparison table between WISELIVING hydronic heat pumps and the competition, looking at the factors that make the best heating or cooling system units.

Heat pumps factors to consider

Output Capacity: This is the ability of the heating or cooling system to heat or cool a specific space, expressed in kilowatts (kW). With a bigger space, one would need a higher output capacity. In choosing the hydronic heat pump that best suits your home, factors to consider include heat loss, property age, and types of room. Typically, a 100-square-metre house needs 8kW for in-slab or 12kW for radiator heating. As the space of the house increases, so does the required output capacity.

Physical Unit Weight: The physical size of the unit can be in height, width, depth, and weight. Along with the output capacity, choosing the correct size of the heat pump will help in keeping your home efficient and sustainable.

Energy Efficiency Ratings: The higher the Energy Rating is, the more energy efficient the appliance is. This means utilising a lesser amount of energy to perform the same functions compared with other brands or units, with similar size and capacity. With heat pumps that have a higher Energy Efficiency rating, you are not only reducing your carbon footprint but doing it for less as well.

Average Running Decibels: This measures the sound power level of the unit. The lower the decibel is, the less noise the unit produces. The average sound rating of modern outdoor heat pump units is around 60 decibels, which is comparable to a normal conversation between people. On the other hand, WISELIVING’s heat pump has a noise output of only around 47 decibels.

Refrigerant: The medium used by heat pumps to absorb, transport, and release heat from the heat source to the heat sink out to your home’s interior and exterior. WISELIVING’s Hydronic Heat Pump uses R32 refrigerant, while the High Temperature Heat Pump uses R290. Both substances are environmentally friendly and have significantly lower Global Warming Potential (GWP) ratings compared to other refrigerants.

Manufacturer’s Warranty: A quality guarantee from the manufacturer within a specific duration, which ensures support in case there is something wrong with the unit.

R32 Hydronic Heat Pump

WISELIVING’s R32 hydronic heat pump uses the combined technology of a DC Inverter, EVI, and the R32 refrigerant, which is one of the most environmentally friendly refrigerants available today. The R32 hydronic heat pump comes in a premium matte black ABS material case that is UV and corrosion-resistant, ideal for the constantly changing weather of Australia.

High Temperature Heat Pump

A single-phase model available in 12kW and 23kW, the WISELIVING High Temperature Heat Pump can produce hot water up to 75 degrees Celsius. Designed with the same energy efficiency, it uses the Inverter EVI technology for optimal performance along with an eco-friendly and non-toxic refrigerant.

These are just some factors that affect the efficiency of a heat pump in cooling or heating your home. Some of these depend on your property size and age, such as output capacity and physical unit. There are standard factors, however, such as Energy Rating, the sound power level, and the refrigerant used that are constant regardless of the space. A lower sound power creates a noise-free environment, while energy efficiency and a lower-impact refrigerant help make your home more reliable, sustainable, and planet-friendly for the next generations.

Weather-Resilient Outside High Temperature Heat Pump System

Sun, 27 Nov 2022 08:34:35 GMT

At what outside temperature can a heat pump still function? This is a common question among households, as we continuously experience extreme-level temperatures. In Australia, WISELIVING has designed a high-temperature heat pump system that is weather-resilient and energy efficient, while also operating with minimal environmental impact. These heat pumps have an operating ambient temperature of -25 to 43 degrees Celsius.

With this range in temperature adaptability and a stylish design that can withstand the elements, these outdoor high-temperature heat pumps are a favourite among Australian homes.

Other reasons these high-temperature heat pumps make for a great investment include:

Weather-resistant with a longer life cycle

WISELIVING’s high-temperature heat pumps are not just high performing and functional, they also come with a sleek design that matches any home exterior. The housing material of both models is made from corrosion-resistant and durable materials designed to withstand Australian weather and ensure a longer product life cycle.

Low impact, high efficiency

The WISELIVING high-temperature heat pumps come in 12kW and 23kW single-phase models that integrate sustainable living at home. It features the Inverter EVI technology, which controls the speed of the motor to prevent the waste of energy as the heat pump warms up your home even at extremely low temperatures.

Both models are also equipped with eco-friendly natural refrigerants with a GWP (Global Warming Potential) score of 3* for maximised performance while ensuring low environmental impact. Electricity powers these models, reducing a household’s reliance on fossil fuels especially when integrate with solar electricity at home, further reducing their carbon footprint.

*Synthetic refrigerants like R410A have a GWP score of 2000

WISELIVING’s high-temperature heat pumps also come with a European A+++ energy rating, which guarantees optimal performance that meets the highest European standards in energy efficiency.

Delivers hot water up to 75 degrees Celsius

For maximum comfort and convenience at home, the WISELIVING 12kW and 23kW heat pumps can deliver hot water at temperatures of up to 75 degrees Celsius.

With these efficient heating systems that are also low impact, you can enjoy additional savings while maintaining comfortable temperatures in your home throughout the entire year. Durable and resistant to extreme temperatures, these outdoor heat pumps can last for a long time as well, providing your home with a sustainable heating system that is efficient and eco-friendly.

WISELIVING sustainable system ideal for house rebuild project

Thu, 17 Nov 2022 10:51:22 GMT

Find out how a Victorian couple haven’t used any electricity from the grid to provide heating, cooking or hot water since moving in!

When Andrew Holden and Julie Gujer began planning their house rebuild in Lauriston VIC they knew they wanted to heat their 400 square meter space with radiant wood heating and thought maybe they'd need a couple of heaters spaced throughout their home.

Due to the size of their project, a local retailer made the suggestion to contact WISELIVING as Australia's experts in hydronic heating. They spoke to WISELIVING's National Operations Manager who designed and supplied their entire heating and solar hot water system.

"After some consultation with Nick, he suggested installing a wood boiler-hydronic heating system with solar hot water. Nick designed the set up and was amazing calculating the number of panels required and the best location to install them along with integrating a solar hot water system," said Andrew.

The sustainable system consisted of radiator panels with all piping and fittings, Thermalux Gourmet Cooker , Belvedere wood-fire boiler , Centracoil hot water tank and WISELIVING solar evacuated tube hot water system.

"Now we are in the house, the entire system functions beautifully. The Belvedere wood boiler runs our panels, towel warmers and hot water. If we don’t run the boiler, the solar hot water provides plentiful hot water. We also installed the stunning Gourmet Cooker to heat and cook on this takes centre stage in our living area. Our house is heated beautifully, visitors comment on the heating and how beautiful it feels," said Julie.

"One of the amazing things is we haven’t used any electricity from the grid to provide heating or hot water since moving in. The advice, knowledge and service from Nick and the team at WISELIVING has been amazing and invaluable. Always able to assist during and after the installation. WISELIVING produce very high-quality products that not only look amazing but function and perform beautifully."

Thanks again to the WISELIVING team.

Andrew Holden & Julie Gujer, Lauriston, VIC.

Heat pumps (Air to Air) vs Hydronic heat pumps (Air to water): Which is better?

Thu, 17 Nov 2022 03:12:16 GMT

With the growing concern to change lifestyles to help address the risks of climate change, more people are fortunately starting to look for better alternatives. Investing in heat pumps to provide comfortable warmth to homes is one of the ways Australians are looking to start the shift.

People often use the terms heat pumps and hydronic heat pumps interchangeably. But are they really the same? And what is more suited for you? Use this post as a quick guide to get a better understanding of these two heating systems!

Heat Pumps (Air to Air)

Traditional heat pumps use an evaporator and condenser system to warm the interior of your house. Instead of creating heat, these heat pumps, usually with the use of fans and air, move around heat in different locations – as necessary. Hot air uses a duct system and fans to regulate indoor home temperature.

During summer, the indoor coil evaporator draws in the heat and sends it outside to make your home more comfortable. In colder seasons, the outdoor unit serves as the evaporator, extracting the energy outside the home, warming up the air, and moving it around the house.

Hydronic Heat Pumps

Unlike their initial counterpart, hydronic heat pumps use water within their system to regulate the temperature inside your home. There are no duct systems that need to be cleaned and maintained, helping you save on these costs. However, you need to invest in pipes when using hydronic heat pumps. You can incorporate these pipes for radiant heat to deliver comfortable warmth through your floors or radiators.

Additional advantages of hydronic heat pumps are:

Fan free convector style heating your home without the need for air movement, perfect for allergy sufferers and those of us that like every inch of their house warmed not just where the hot air is being directed.
Humidity becomes more manageable: Especially important during warmer seasons, hydronic heat pumps can help regulate humidity.
Costs less to operate: Hydronic heat pumps do not only offer efficiently use of energy, but they also reduce your expenses by benefiting from your Solar PV system and utilising the suns energy to help run your heat pump during daylight hours.
Flexible design that can fit most homes: Hydronic heat pumps enable you to create “zones” throughout your home for a more strategic and efficient system. These zones allow you to maximise the heating capacity of your system, in line with the existing design of your home.

A hydronic heat pump can be an independent system regulating the temperature of the entire house or can serve as a supplement to an existing one. With these benefits and flexible design, hydronic heat pumps provide you with more options and higher efficiency.

In Australia, one of the most trusted names when it comes to heat pumps is WISELIVING . We have been creating products to help Australians live more sustainable lives, without sacrificing comfort or savings. Our R32 Hydronic Heat Pump brings together the technology of DC Inverter & EVI technologies, together with a refrigerant that has a much lower Global Warming Potential (GWP) design than others.

Consciously lower your carbon footprint and invest in systems designed to be more earth-friendly. We are excited to help you design home systems that are highly efficient yet with a lower impact. Message us today to know how we can help.

How to use WISELIVING products and systems to live Off-Grid and reduce household energy consumption

Sun, 30 Oct 2022 13:24:19 GMT

Learn more on how to live a low-impact, high value way of life. If you would like to know more about sustainable living, check out the information on this blog on how to live off-grid and reduce your home’s energy consumption.

Live Sustainably With A Solar PV System And These WISELIVING Products

Wed, 31 Aug 2022 07:51:30 GMT

As part of WISELIVING’S commitment to promoting a sustainable lifestyle for the benefit of the environment and future generations, we have developed Off Grid Systems and home heating appliances that are designed to enhance Off Grid Living.

Through this approach, WISELIVING is able to provide Australian households with energy-efficient and eco-friendly solutions for their heating, hot water, cooking, and other home needs. Below are some of our products that can be used with a solar-based Off Grid Lifestyle.

Hot Water Tanks

WISELIVING manufactures hot water tanks that are capable of utilising different power sources, such as heat pumps, wood, electric, and solar. They can also be customised depending on the needs of users.

Hot Water Heat Pumps

Solar Hot Water

Complementing WISELIVING’s heating and solar hot water systems , particularly its CentraCoil Hot Water Tank, is its Evacuated Solar Tubes. The cylindrical shape of these tubes enables them to track the sun for longer periods during the day, allowing you to make the most out of the available sunlight in your area.

They are also ideal for Australian conditions due to their built-in frost protection and hail resistance. More importantly, these tubes can retain up to 95% of the collected solar energy with minimal heat loss, which means they can perform optimally even during the cold seasons.

Pairing A Hot Water Pump With A Solar PV System

Wed, 24 Aug 2022 04:56:33 GMT

In standard Australian households, hot water usage accounts for a considerable percentage of monthly energy consumption. In other words, it significantly contributes to homeowners’ average energy expenses.

A proven and effective way of minimising cost while providing a steady supply of hot water is by choosing a hot water heat pumps to handle a home’s hot water. Using both solar and heat pump systems allows you to optimise savings from your energy bills.

Although these solutions can work separately on their own, these are systems that have been designed to work with each other.

One particular example is the All-In-One Hot Water Heat Pump from WISELIVING. This unit is composed of a compressor and a stainless steel storage tank. Unlike many heat pump models currently available in the market, the RAPID/X6 uses an ozone-friendly refrigerant as a natural and efficient energy source.

Basically, it works by collecting the ambient air around it and turning it into heat energy, which can then be used to provide running hot water.

This unit has been designed to be integrated with a solar PV system.

This integration feature, along with the RAPID/X6’s energy-efficient and environmentally-friendly nature, allows you to significantly reduce your home’s energy consumption and expenses

By combining a heat pump and a solar energy system, homeowners will be able to enjoy a sustainable source of hot water in their homes. They’ll also be able to minimise their reliance on traditional solutions that require high costs to operate.

Why You Need To Install A Solar Hot Water System In Your Home

Fri, 19 Aug 2022 08:07:00 GMT

Running hot water is an essential household resource. In fact, in Australia, it accounts for up to 30% of the energy usage of a standard household. Due to the importance of hot water in homes, it's essential to come up with sustainable systems that can help lower residential energy consumption.

This is where the idea of solar hot water was born. Over the years, solar energy has become an ideal solution for homes because it is a renewable energy source . Through technological innovations, this concept has now been applied to hot water systems.

How It Works

Like similar solutions, a solar hot water system relies on sunlight as its primary power source. WISELIVING solar systems and stainless steel tanks provide homes with sustainable hot water solutions through its Evacuated Tube Solar Collectors. This system works by allowing sunlight to pass through the toughened Borosilicate glass outer layer of the tube and into the coated inner glass layer.

These two glass layers are separated by a vacuum that traps the heat inside the tube, which is then transferred to the heat exchanger through the aluminium plate and high-performance copper heat pipe. This component contains a small amount of liquid that boils at a much lower temperature.

The heated liquid then travels through the heat pipe, where it transfers heat to the manifold. Using an energy-efficient pump, the water from the home's water supply passes through the heated manifold. The unused hot water then returns to the WISELIVING Stainless Steel Tank, where it is stored for later use.

Additional pipes can be used to connect the tank to the home's domestic hot water and heating systems to provide comfortable heat and hot water to various areas of the house.

Benefits Of Solar Hot Water

Using this type of system provides homeowners with various benefits. One of these, and probably the most significant one, is its energy efficiency. Due to the amount of hot water used by standard homes, switching to solar hot water can reduce hot water energy costs by around 80%.

Aside from savings from energy bills, installing a sustainable hot water solution can also drastically reduce a home's carbon footprint, making it more environmentally friendly. One of the features responsible for the energy efficiency of Solar Hot Water Evacuated Solar Tubes is the cylindrical shapes of the tubes.

Unlike conventional flat panels, the round surface of the tubes allows them to track the sun and collect sunlight at different times of the day. This feature maximises the sun exposure of the collectors. Also, the double-walled vacuum design of the tubes minimises heat loss.

These are just some of the main benefits that you can enjoy from installing WISELIVING's solar hot water in your home.

The Advantages Of Using The High Temperature Heat Pump From WISELIVING

Thu, 19 May 2022 03:24:24 GMT

The High Temperature Heat Pump , which comes in 12kW and 23kW single-phase models, is WISELIVING’s latest contribution to the home heating sector. Like the company’s other hydronic heating units, this appliance was designed with sustainability in mind.

In addition to allowing homeowners to enjoy long-term savings from their energy bills, it can also minimise a home’s environmental impact while maintaining a warm and comfortable indoor environment during the cold seasons.

Elegant Yet Durable Design

One of the first things that people will notice about this high temperature heat pump is its elegant design. It sports a sleek and simple appearance that goes well with any home décor.

More importantly, its stylish housing is constructed from durable materials that can withstand Australia’s harsh weather conditions . It’s also corrosion-resistant, which means it can tolerate outdoor elements and prolong the lifespan of the unit.

Energy Efficiency

Like WISELIVING’s R32 Hydronic Heat Pump, the High Temperature Heat Pump also features Inverter EVI Technology . This ensures the unit’s optimal performance by controlling the speed of the motor in order to prevent energy from being wasted.

This type of technology allows the hydronic heat pump to perform consistently and efficiently and provide warmth even at low environmental temperatures. In other words, with the High Temperature heat pump, you’ll be able to keep your family warm and comfortable during the winter season without wasting energy.

Hot Water Delivery

In addition to keeping a home warm, the High Temperature Heat Pump can also serve as a water heater. It can be connected to a hot water tank - such as WISELIVING Centracoil - to deliver a consistent supply of hot water throughout the house. Thanks to its optimal performance, this unit is capable of delivering hot water at temperatures of up to 75 degrees Celsius.

What Is A High Temperature Heat Pump?

Wed, 18 May 2022 07:29:52 GMT

When it comes to home heating solutions , people can choose from a variety of units and systems. Although these appliances have their own advantages, not all of them are practical to use regularly due to various reasons.

Fortunately, thanks to recent technological developments, innovations have improved the way many heating units function. One of these is the high temperature heat pump. Due to this system’s various features and advantages, many homeowners are starting to use it for their home heating needs.

How Does It Work

Standard air-source heat pumps are known to operate at a maximum flow temperature of up to 60 degrees Celsius. Many high temperature heat pump models, on the other hand, can operate at flow temperatures of 60 to 80 degrees Celsius.

Like traditional heat pumps, hydronic high temperature heat pumps work by absorbing heat from the air outside and transferring it to a refrigerant. As this substance gets compressed, its temperature increases. The heat generated by this process is then transferred to an integrated system of compatible units such as tanks and radiators to deliver radiant heat and hot water throughout a home.

Main Benefits

Energy Efficiency

One of the main advantages of high temperature heat pumps is their reliance on electricity as their power source, which is more cost-efficient compared to natural gas in the long run, if coupled with a solar electric system. Also, some modern heat pumps are now equipped with the latest technology designed to maximise their performance.

Non-Toxic Refrigerant

Thanks to recent technological advancements, homeowners now have the choice to use heat pumps that utilise eco-friendly refrigerants. WISELIVING’s hydronic heat pumps use the R32 refrigerant , which is a safer alternative to other substances commonly used in many heating and cooling units,

Hot Water Source

As mentioned earlier, the heat generated by high temperature heat pumps can be transferred to an integrated system of radiators and water tanks. Through this type of setup, these units can serve as a home’s primary source of domestic hot water.

In the case of WISELIVING’s High Temperature Heat Pump, this unit is capable of delivering a steady supply of hot water at temperatures of up to 75 degrees Celsius. Combined with this system’s energy-efficient features, it’s capable of operating as a reliable hot water source without increasing a home’s energy consumption.

Make your Heat Source Multitask For You

Sun, 01 May 2022 03:55:20 GMT

Integrating your heating, cooking and hot water into one can save you money while seamlessly helping the environment.

Have you ever thought about integrating your heating, cooking and hot water into one? Maybe you didn't even know it was possible?

By investing in a sustainable complete system you can save money ongoing and stop energy wastage that occurs by using multiple products to do multiple jobs.

One of the aspects of a sustainable complete system is that each one is unique to the individual's home set up and requirements. That is why over time we engineered all our products to be linked to one another and also designed them to be added individually. Therefore the configurations are endless and the time frame is flexible.

Whether it’s a simple strategy to save you money on your hot water usage or a comprehensive off-grid system for all your heating, hot water and cooking needs, a bespoke plan can be achieved for you and your home.

First Step: What are you ideally looking to include in your system?

Take John for example:

John was looking for a wood heater to heat his home. On discussion, he discovered he could also connect the Christo wood heater to a hot water tank to heat hot water in winter and install a solar system to heat his hot water in Summer. John now no longer pays for his hot water separately as it is heated up while his wood heater heats his home and in the Summer he gets it free from the sun!

Or maybe you're more like Linda?

Linda is building her dream home and has always wanted a wood stove to complete her kitchen. She has been researching her options and decided on a Thermalux Grand Cuisine . She likes this model because not only is it Australian made and a genuine four-oven cooking stove but it can also be installed with a 16kw hot water boiler which will also run the infloor hydronic heating throughout her home.

Second Step: Putting the dreams into reality

Once you've agreed on what you would like to include (solar system, hot water tank, wood-fired hydronic boiler, wood-fired stove or heater, hydronic radiators or infloor heating, Co2 heat pump and more), an experience representative will provide you with a detailed schematic drawing showing how all the products you choose connect and fit into your home. They will also work with you to provide an ongoing back-up and technical advice service.

Third Step: Installation

Now that the drawings have been completed and approved, all the products are hand-made to your exact requirements in our manufacturing head quarters and delivered to your residence to be met by your installers.

Final step: A happy ending

Now you've put the power back in your hands, your saving money and helping the environment. Doesn't get better than that.

Visit our WISELIVING Complete Sustainable System to see how you can invest in one today!

When is the Best Time to Invest in a Hydronic Heat Pump?

Wed, 06 Apr 2022 05:27:27 GMT

The ideal answer to the question “When is the best time to get a hydronic heat pump?” is, of course, now. After all, getting one now allows you to immediately enjoy the various benefits that come with owning and using this sustainable home-heating solution .

Realistically speaking, though, there are probably various factors that can hinder individuals from buying and installing a hydronic heat pump for their homes at this very moment. Fortunately, if you’re still thinking about when you should get this appliance, this article can provide you with a clear idea regarding the ideal time to invest in a hydronic heat pump.

Basically, a hydronic heat pump works by using heat or energy from the outdoor ambient air to heat water. The radiant heat is then dispersed through various areas of a home as the warm water travels through a system of underfloor tubing, pipes, or radiators that are connected to the heat pump.

Since heat pumps are designed to provide heat, they are heavily used during the winter seasons. As a result, many people tend to consider getting a hydronic heat pump once the cold season rolls in. Unfortunately, if you’re planning on purchasing a heat pump during winter, expect to encounter certain issues. After all, many heater installers are quite busy during this period, which means the installation of your unit might get delayed.

Most people also tend to purchase heating systems during the months leading up to winter. In Australia, this period falls within the autumn season between the months of March to May. Although this is still a relatively good time to get a hydronic pump, you might still encounter installation delays or product availability issues since you are not the only one preparing for winter by getting a heating unit.

Generally, the best time to get a hydronic heat pump is during the off-peak seasons of summer or spring, which fall in the months of December to February and September to November. These periods are ideal since the demand for heating units and related services are not as high compared to other seasons. Also, you might even be able to enjoy off-peak discounts if you purchase a heating unit during these months.

Keep in mind that this article only aims to provide you with a general timeframe regarding the most practical time to get a hydronic heat pump. But, as mentioned earlier, the best time to invest in this heating system is now. The sooner you get one, the sooner you’ll be able to take advantage of its various benefits , such as long-term savings on your monthly energy bills and cleaner indoor air quality.

What to do when your wood is soaked through?

Fri, 01 Apr 2022 02:55:03 GMT

Unseasoned or wet wood can be a real non-starter when it comes to wood heaters and cookers. But if you know what to do you can still keep the flame alive.

Recently, I received a load of wood from a wood merchant that had previously supplied me with top quality wood - owing to the fact that he lives on a large property flush with yellow box. #woodperfection

However, when trying to get a fire going I was having the most incredible trouble. The wood itself was very heavy, felt soggy to the touch and was a darker colour; not the light honey colour I was used to. When I started my fire it would take A LOT of kindling, woodchips and paper/cardboard to get the heat I required to light the logs (roughly 5 x times the normal amount). And, no matter what angle I laid the wood or how carefully I stoked the embers it would only smoulder, slowly burning through and hardly producing any heat.

So what could i do aside from giving up or sourcing my wood elsewhere in future?

First step was to split the wood logs in half to check the quality. Inside you could see the colour was a darker yellow, almost red like the colour of yellow food colouring. This told us that the wood was waterlogged - partly because of the rain we had recently received and partly because it has not been cured (dried) long enough. Keep in mind I keep my wood pile dry, so this wood had been wet for some time previously and had no time to dry out due to the wet cold weather.

TIP: Remember, a perfect log of wood will have been dried out for between 2-4 years (depending on the type of wood) before it is ideal for burning. Wood with a moisture content of 20% and below is best and you can even buy yourself moisture meter if you really want to go pro.

If, like me, you don’t have 2-4 years to wait, then there are steps you can take to get your wood burning hot in no time:

Split Your Wood

Split your logs into much smaller pieces. An average size log weighs around 4kg. You will want to split that down into quarters at least, if not 8ths.

Fill Your Wood Box

Load your indoor wood box with as much wood as possible so it has a chance to dry out in the warmth of your house before getting used.

Prep The Wood

Line up the next three or so pieces of wood that you want to use right beside your fire. Make sure they are upright as they are drying out. You may even notice on the floor/hearth underneath the pieces a patch of condensation as they dry out.

Arrange Your Kindling

When loading your wood heater build your fire as normal starting with wood chips, dried leaves/branches, cardboard/paper at the bottom, make a teepee with kindling (or arrange pieces across each other like a game of jenga) and open all air vents. When the wood is wet you may also consider using commercial firelighters as they give you that little bit longer to get the heat you need to light your logs and keep the fire going.

Fire Building With Thermalux

If you own a Thermalux heater , boiler or cooker you can also leave your door ajar until you see those beautiful red coals glow. This can take up to 15-20 minutes before you will want to load your fire up with larger pieces and lock the door. If you own a Gourmet Cooker for example, the handle can be turned upright and the door pushed closed. The latch on the inner side of the door will act as the perfect spacer for air flow.

You may see what looks like a lot of smoke being created in the firebox as you try to light wet wood, this is in fact the moisture evaporating and is a large part of why you will get little heat from soggy wood. The energy of the fire will be spent trying to dry out the wood instead of radiating heat.

And one last tip: to avoid this for future cold seasons, order a load of wood at the end of the winter season, and split some to check if it is damp inside. If so, it is best to leave it uncovered through the heat of summer to let the sun help dry it out. Then keep it stored in a dry wood shed or covered with a tarp during autumn and winter. Like a slow-cooked meal it will be perfectly seasoned for when you light your first fire the following winter.

Lauren Black is a Marketing & Communications Specialist and has lived with slow-combustion heating and cooking all her life due to the family business. She LOVES radiant heat sources and will always extol the virtues of sustainable heating, cooking and hot water systems in all its forms.

Is it Worth Investing in a Hydronic Heat Pump?

Thu, 31 Mar 2022 04:32:54 GMT

A hydronic heat pump is an appliance that you can use in your home to generate radiant heat. It basically works by using the heat in the ambient air to warm water. In addition to providing comfortable warmth to homes, a hydronic heat pump can also serve as a consistent and reliable source for domestic hot water.

Despite the renewable and sustainable nature of heat pumps, many people are still a bit apprehensive about installing one in their homes, primarily due to its initial cost. Although installing a hydronic heat pump can be a bit expensive, especially when compared to other traditional heating systems, it offers long-term benefits and savings that homeowners will surely enjoy.

Investing In A Hydronic Heat Pump

Due to the advantages of running a hydronic heat pump , the price that you’ll pay for having one installed in your home can be considered an investment. The cost of installation and components of a hydronic heat pump that can be integrated into a typical underfloor heating system is generally from $15,000 AUD.

Keep in mind that this price is just an estimate and can still change depending on certain factors, such as the brand of the heat pump and its capabilities. For instance, hydronic heat pumps that are designed to provide warmth to large spaces or houses are more expensive. Another factor that you should consider is the heat pump’s compatibility with your existing or preferred hydronic system.

Benefits Of Hydronic Heat Pumps

Since getting a hydronic heat pump for your home is an investment, you can look forward to its various long-term benefits. One of these is its energy efficiency. Most modern heat pumps rely on an inverse refrigeration cycle, which means they can provide three or more heating watts for each watt of consumed electricity. This output to electric consumption ratio is referred to as the coefficient of performance (COP). Many heat pumps have an efficiency of around 300%.

Other hydronic heat pump models have better COP ratings. One of these is WISELIVING’s R32 Hydronic Heat Pump , which has a COP of about 4.7, which indicates that it has an efficiency rating of 470%. The energy efficiency of hydronic heat pumps translates to larger savings from your energy bills.

Another advantage of using a hydronic heat pump is being eligible for rebates. For instance, in Australia, local governments of various states have rebate programs that financially reward eligible individuals for installing and using sustainable solutions, such as solar or heat pump hot water systems. These programs were established to encourage people to use eco-friendly energy and heating solutions at home.

Some heat pump modes, such as the WISELIVING R32 Hydronic Heat Pump, can also help reduce your home’s environmental impact by using the eco-friendly and non-toxic refrigerant R32.

Renewables, Rebates & Reductions.... Let's talk Solar Hot Water

Sun, 06 Feb 2022 02:24:00 GMT

Hot water accounts for around 30% of energy requirements in the average Australian household; therefore installing a Solar System contributes significantly to reducing your carbon footprint and saving you money.

Have you ever said to someone that you need some sun? Of course, and that is because all living things rely on the sun to grow and stay healthy. It is the original source of energy for our planet.

Solar energy is one of the only truly renewable sources of energy because somewhere on earth it is always available and within our lifetime we can be sure it will never run out. On the other hand oil, coal and natural gas are known as non-renewables because one day they will be gone completely.

So how have we learnt to harness the energy from the sun to power not just ourselves but our devices?

How Do Solar Devices Work?

Solar electricity is converted directly from sunlight using solar cells. Modern solar cells were first invented in the twentieth century and are made from thin layers of a chemical called silicon. When sunlight hits the silicon it generates an electric field across the layers. The electricity can be drawn off and used to power electrical equipment in private homes and as part of the state grid network.

There are also alternative solar devices, such as Solar Powered Hot Water which not only captures the Sun's energy to heat water but also stores the energy as hot water in an insulated tank until the sun appears again and the process repeats itself.

Solar Hot Water

WISELIVING has been involved in the manufacturing of Solar Hot Water panels and stainless steel tanks for close to 20 years and currently supplies Australians with quality Evacuated Tube Solar Collectors and specially designed and built Evacuated Tube Roof Kits. Evacuated Solar Systems works in the following way:

Sunlight passes through the toughened Borosilicate glass (the same glass as in a Pyrex dish) outer layer of the tube and onto the specially coated inner glass layer.
The two glass layers are separated by a vacuum where the heat is trapped within the tube. The heat is transferred to the heat exchanger via aluminium plate and high performance copper heat pipe.
The copper heat pipe within the evacuated tube is also under a vacuum and contains a small amount of liquid which boils at a much lower temperature (approximately 30oC) due to the vacuum nature.
This liquid travels up the heat pipe as superheated liquid to the bulb where the heat is transferred to the manifold, it condenses and falls back to the base of the tube and the process is repeated.
Your household water is passed through the manifold and across the heat tube bulbs by way of an energy efficient pump that is operated by an electronic controller, ensuring that the pump only runs when necessary.
The hot water produced is then returned to the WISELIVING Stainless Steel Tank and stored for your use when needed. More pipes may connect the tank to the house's central heating and hot water system's to warm rooms and feed baths and sinks.

A Truly Sustainable System

There are many benefits to using solar hot water systems:

Better Cost Efficiency

Solar Hot Water is a highly efficient system and can reduce your hot water energy costs by an average of 80%

Lowers Carbon Footprint

Hot water accounts for around 30% of energy requirements in the average Australian household; therefore installing a Solar System contributes significantly to reducing your carbon footprint

Long Lifespan

Solar Hot Water Evacuated Tubes have a long life expectancy of on average 20 years

Hot Climate Compatibility

The hotter the climate the better the system works in comparison to solar electricity which becomes less efficient the hotter the climate

Maximum Energy Collection

Solar Hot Water Evacuated Solar Tubes are cylindrical in shape meaning the curve tracks the sun all day ensuring your collectors are getting the maximum sun exposure

Minimises Heat Loss

Solar Hot Water Evacuated Tube Systems contain a double-walled vacuum designed tube which have remarkable heat loss reduction capacity

Anti-Frost Capabilities

New technologies have removed frost as a problem for Solar Hot Water systems.

Rebates Available

Victoria Rebates available are:

STC Rebate ($900 to $1200)
VEEC Rebate if replacing existing electric hot water system ($400 to $600)
Solar Hot water rebate ($1000.00 if approved)

NSW Rebates available are:

STC Rebate ($900 to $1200)

Both STC and VEEC rebates can be claimed by customer after installation. The Solar Hot Water Victorian rebate needs to be approved prior to installation and claimed after installation (Vic only).

WISELIVING Solar Hot Water Systems - as with all WISELIVING products - are custom made, tailoring to individual needs. We won’t sell you what you don’t need, as selecting the right type of solar power system can significantly reduce your energy expenses, your carbon footprint and reduce waste.

WISELIVING Sustainable Heating, Cooking & Hot Water Systems

Australian Made, Owned & Operated

For more information visit: www.wiseliving.com.au/solar-hot-water

Or contact 1300 050 940, info@wiseliving.com.au

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Ten Reasons to Choose Hydronic Heating

Tue, 01 Feb 2022 01:47:25 GMT

Reliability, flexibility, safety, sustainability and stylishness. We're asking why not choose hydronic heating for your new or existing family home?

When building a new home or renovating an existing one, the questions should really be; why wouldn't I choose Hydronic Heating ? With it's proven reliable, flexible, safe, sustainable and stylish performance you will never have to worry about your central heating ever again. Read on to find out why we are so in love with this tried and true central heating option.

Reliable

High quality hydronic heating systems are designed to provide a long lasting comfortable form of heating you can rely on. Hydronic heating systems are an extremely efficient and reliable central heating system built to last and requiring only general appliance maintenance and servicing.

Efficient

Save on gas and electricity running costs with state-of-the-art efficiency of a hydronic gas or wood-fired central heating system. With the use of small bore pipes to circulate hot water around the system, the pipes are designed to be extremely well insulated so heat losses are virtually eliminated; unlike ducted central heating. Hydronic central heating systems are also designed to be "zonable" with the ability to turn off radiators in seldom used rooms, and more sophisticated zoning systems can offer even greater efficiencies. For example; a hydronic gas central heating system will on average cost around 20% less to operate than a gas ducted heating system.

Silent

Don’t put up with noisy electric fans cycling off and on, adding to indoor noise pollution. Whether you choose radiators, in-floor or convection trench central heating option, enjoy the peace and quiet that hydronic central heating provides.

Allergy & dust free

Gas ducted central heating is a major breeding ground for dust mites, allergens and bacteria housed in the ducts themselves. Hydronic central heating has no forced air circulation or ducts to spread dust mites, allergens and bacteria throughout the home. For these reasons, hydronic central heating has always been the preferred heating choice for engineers and consultants in the health industry.

Safe

Where other types of central heating have ducts full of dust and contaminants along with the very real potential for fire to spread into every room within seconds, hydronic central heating systems are completely safe. Using temperature controlled water fully enclosed within the system, there is no risk of burning from simply touching the radiator. For total peace of mind you can also choose a low surface temperature option, low h2O, natural convector models are available.

Flexible

Because hydronic central heating is modular, you can expand your system as your needs change, providing the boiler has the capacity. If you decide to build an extension or renovate, all you need do is plumb the new area and install additional radiators or convectors.

Comfort Factor

Hydronic heating provide you with a radiant source of heat which means it doesn't dry out the air or create draughts and hot spots. Enjoy a constant even temperature throughout the whole house where your whole home is warmed, not just the air, and live like it's summer all year round.

Stylish

Hydronic Heating units can blend in seamlessly with your home décor. There's a wide range of radiator sizes and attractive designer panels to choose from, along with the latest European styles in vertical tube and steel panel radiators. And don't forget the added addition of heating towel rails , all designed to suit your tastes and needs.

Environmentally Friendly

Hydronic central heating can be powered by natural gas or LPG and wood-fired boiler , making it an environmentally clean option . A CSIRO study in 2003 showed that firewood is virtually greenhouse neutral and is a useful way to reduce the carbon pollution from gas and coal energy use.

Think Globally, Act Locally

Bringing goods from afar generally requires using more energy than transporting goods locally and transportation can contribute to environmental contamination. The goal of localisation is not necessarily to eradicate globalisation; rather it is to reduce unnecessary transport and to strengthen and diversify community economies.

WISELIVING is Australia's only privately owned and operated sustainable heating, cooking and hot water manufacturer.

Check out your Hydronic Heating options today:

How Your Home Can Benefit From A Hydronic Heat Pump

Sat, 08 Jan 2022 03:22:50 GMT

When it comes to heating a home and other indoor spaces, there are a lot of systems to choose from. One particular type of system that can be commonly found in homes is a heat pump. Traditional heat pumps generally work by extracting heat from the air to provide warmth to an enclosed space.

For many homeowners, hydronic heat pumps have become their preferred choice for home heating systems due to the number of benefits that they offer. In this article, we’ll go through the various advantages of hydronic heat pumps and how you and your family can benefit from using them.

Energy Efficiency

In terms of analysing the energy efficiency of heating systems, most homeowners tend to focus on a unit’s coefficient of performance (COP). This term refers to the ratio of the energy required for heat pumps, air conditioning units, or other types of heaters to perform their function. Generally, having a higher COP means an appliance needs less energy to operate. This directly translates to lower operating costs.

On average most heat pumps have energy efficiency ratings of up to 350%. These models have COPs of around 3.5, while some modern units tend to have higher ratings. WISELIVING's R32 Hydronic Heat Pump , for instance, has a heating COP of approximately 4.7.

Eco-Friendly Option

Hydronic heat pumps are generally more environmentally-friendly than other traditional heating systems. Since these units require electricity to operate, they can be run or supplemented by renewal forms of electricity such as solar, wing or hydro, which means they can help in minimising your home’s carbon emissions and reducing your overall impact on the environment.

WISELIVING's R32 Hydronic Heat Pump, which uses the eco-friendly R32 refrigerant.

Compared to other refrigerants such as R410A, R32 is less harmful to the environment and has a significantly lower Global Warming Potential. In addition, its Ozone Depletion Potential rating is zero, which means it doesn’t contribute to the destruction of the ozone layer.

Versatile Operation

A hydronic heat pump is another versatile system that you can have in your home. Not only is this Hydronic Heat Pump perfect for heating your entire home it can also provide all your domestic hot water needs when installed with a WISELIVING CentraCoil Tank. Made in Australia to the highest standards you can ensure your family always has reliable, stable and continuous hot water while saving you money

Better Indoor Air Quality

Hydronic heating systems minimize the spread of allergens and dust mites since it doesn’t force air out through ducts. The improved air quality it provides is ideal for those who have asthma and other respiratory conditions.

Operates Quietly

Most heat pumps can operate at a noise level of around 68 decibels, which is as loud as a standard hairdryer. Although this sound level is quieter than other heating systems, it can still be an intrusion for some home owners.

Thanks to the unique and meticulous attention taken to soundproofing, the sound levels of the WISELIVING R32 Hydronic Heat Pump can be kept to as low as 39dB at 1 meter distance (Min. Flow) - closer to the sound of a whisper. And, 48dB at Rated Flow, similar to a refrigerator, unlike equivalent heat pumps that operate 68dB under similar conditions.

Safer Option

Aside from R32’s environmentally-friendly characteristics, this substance is also known for its general safety. As mentioned earlier, refrigerants and other gasses are heavily regulated. Compared to other known refrigerants, R32 has lower toxicity and flammability ratings, making it safer to use in home heat pump systems.

WISELIVING’s R32 Hydronic Heat Pump is also classed as the safest refrigerant out of all Class A substances making it the most eco-friendly and safe of all the commonly used refrigerants. By using a hydronic heat pump with this refrigerant, you’ll be able to significantly reduce the environmental impact of your home.

It can help you achieve a sustainable lifestyle by limiting your home’s greenhouse gas emissions.

Benefits of the Wood Boilers in a Cold Climate

Sun, 12 Dec 2021 08:12:36 GMT

Burning wood has been the standard when it comes to providing heat and warmth inside homes during the cooler months since time immemorial. Generally, modern wood boilers work by using the hot water flowing through pipes to generate heat.

The way a wood boiler operates makes it an ideal choice when it comes to providing centralised heat to a home, especially during winter.

Below are some of the main reasons why wood boilers are ideal for home heating.

Energy Efficiency

Wood boilers deliver heat throughout the home using a open-vented system, which involves sending out streams of hot water into a series of pipes before returning to the main tank. As the hot water moves through the pipes, it begins to cool down. It then gets reheated as it returns to the boiler. Since the water returning to the boiler is still warm, it will use up less energy to reheat it.

Centralised Heating

Wood boilers, on the other hand, can deliver heat to all parts of the house through hot water and its system of pipes. This design ensures that heat is distributed uniformly throughout the entire house, keeping even the furthest reaches of your home cosy through those chilly evenings.

Low-Cost Operation

Although the upfront cost of installing a wood boiler system can be more expensive compared to other heating methods, it is still very cost-effective because of its long-term benefits. Unlike other heating systems, wood boilers do not have filters and fans that need to be changed and cleaned periodically, eliminating the need for regular maintenance.

Also, compared to other heating methods, the fuel required to operate boilers, which is wood, is cheaper. Through a wood boiler, you’ll be able to save a lot of money on your monthly energy bills.

Moisture Control

During the winter season, the moisture level in homes that use other forms of space heating drops significantly due to the dry air being circulated by the heating system. Aside from causing dry skin, low humidity can also irritate the eyes, throat and sinus. The lack of moisture also can also increase the number of foreign contaminants such as allergens and pathogens in the air.

Unlike furnaces, wood boilers do not affect moisture levels since they do not cause dry air to circulate inside a home. Instead, they generate radiant heat through the hot water running through their system of pipes.

Additional Benefits

Unlike other heating systems , wood boilers operate quietly since they do not have fans or other components that make a lot of noise. Using a wood boiler is also good for the environment since it does not produce as much carbon emission as other heating systems that run on electricity connected to the main grid generated by coal or gas powered stations. Also, since it doesn’t generate heat through the circulation of warm air, it does not contribute to the spread of dust particles and allergens inside a home.

Check out WISELIVING 's Wood Heater , Hydronic Heating , and Hydronic Boilers . You can also call us at 1300 050 940 , email info@wiseliving.com.au , or fill in our online form to get your free consultation and start discussing a bespoke solution for your home heating needs today.

A Supreme Restoration

Sat, 11 Dec 2021 04:48:40 GMT

Ben Thomas from Terranora, NSW had grown up with a Thermalux and when the chance presented itself to restore one from scratch, he took the challenge.

As a child Ben remembers growing up with an Aga wood stove. His wife shared a similar upbringing having grown up on a property off-grid and her family using an Everhot stove with wetback (water jacket) to heat all their domestic hot water needs.

Ben's parents had long since upgraded to a Thermalux Grand Cuisine and so when he saw a second-hand Thermalux Supreme advertised, and although they live on the north coast of NSW where their solar hot water produces plenty of heat and the climate isn’t all that cold, he thought it would make a great feature for their house.

After contacting the owner and checking the condition, Ben discovered that the stove had come out of a house that was being demolished and it needed a lot of work. It had a lot of parts missing but it seemed solid, so he purchased it and started pulling it apart.

The Clean Up & Repaint

First he removed all the fire bricks and drilled out all the pop rivets to make it possible to wire wheel the lot. Next was sanding back the top and the aluminium handles. The family decided that a charcoal colour suited their style of home, so after the unit had been cleaned up with a prep wash, the top of the unit was taped up and the body was given five coats of Charcoal Stove Bright paint . A final four coats of Pot Belly Black paint on top finished the job. Even though this was a repaint from scratch, one of the benefits of using paint over enamel, for example, is that it will never chip and you can touch up whenever you like bringing your colour back to brand new for years and years. And, if you ever felt like a change of style you can simply repaint over the top with a different colour.

" It now looks as good as new, and we feel that the quality of this Australian Made product made it possible to restore it to such great condition. "

A Bit of History and Some Spare Parts

Ben got in contact with our team at WISELIVING and sent through some photos of the unit as well as the serial number. We were able to confirm that his unit was 19 years old! Having manufactured the Thermalux Range of products for decades, we have had many families contact us over the years to say their stoves are still running brilliantly even 30 years from purchase. Ben ordered new fire bricks, hot plate, two chrome covers, seals, grates, heat exchanger and a 22 litre header tank from WISELIVING and assembled it all back together.

Ben engaged a plumber that he knew and was very interested in the restoration to help him run the pipe work after working out how to get it all connected up to our existing solar hot water tank. Now the family can enjoy beautiful radiant warmth, traditional home cooking and get their hot water for free throughout the winter months via wood and throughout the summer months via solar.

Thank you to Ben and his family for sharing your Thermalux restoration project with us. We are so happy to see her saved from ending up in landfill to find a new home contributing to a sustainable future.

The Eco-Friendly Nature Of The R32 Refrigerant of WISELIVING’s Hydronic Heat Pump

Fri, 10 Dec 2021 04:25:27 GMT

Most traditional heat pumps work by transferring heat from one place to another. Instead of generating heat, these appliances extract heat from the air outside a home or an enclosed structure and transfer it to a refrigeration coolant within the unit.

As the coolant compresses, its temperature increases. The temperature of the air also changes as it passes over the warm coolant. The heat processed by the heat pump is then distributed within an enclosed space to provide warmth to the environment.

Nature Of Refrigerants

Due to their effect on the temperature of the air moving through the pump, refrigerants play a crucial role in the heat cycle. Basically, refrigerants are substances that can transition from a liquid to a gaseous state as heat pumps move heat from one location to another. These chemical substances are heavily regulated by authorised agencies to ensure their safety.

Properties Of R32

The WISELIVING’s R32 Hydronic Heat Pump relies on environmentally-friendly refrigerants. This hydronic heat pump system uses R32 refrigerant to deliver comfortable warmth to homes. R32 is an eco-friendly alternative to other types of refrigerants available on the market today.

Benefits Of R32

According to Climate Control News , R32 was introduced in Australia as a replacement for HCFC refrigerants that were being gradually phased out such as R410A. This is primarily due to the compound’s eco-friendly nature. It has a Global Warming Potential (GWP) of 675, which is significantly lower than other refrigerants such as R22, R134A, and R410A. The GWP ratings of these substances range from 1,700 to 1,890. These GWP measurements indicate the gasses’ potential to contribute to global warming.

In addition, R32 has zero Ozone Depletion Potential (ODP), which means it doesn’t harm the ozone layer. A significant advantage of R32 is its relatively short atmospheric lifetime. This term refers to the time it takes before greenhouse gasses completely disappear from the atmosphere. R32 has an atmospheric lifetime of less than five years. However, other common kinds of refrigerants like R410A and R11, can stay in the atmosphere for between 17 to 45 years.

It can help you achieve a sustainable lifestyle by limiting your home’s greenhouse gas emissions.

Ways to Reduce Heating Costs this Winter

Wed, 08 Dec 2021 06:53:52 GMT

We all dread that winter power bill. Here's a few ways you can reduce costs and live more sustainably.

Aside from the cold, winter is a dreaded season because it is usually associated with high energy bills. Most of the time, heating systems are overworked just to keep the house warm and comfortable.

Fortunately, there are a number of simple solutions that you can follow to heat your home without incurring expensive energy bills. Below are some of the cost-effective techniques that can keep your house warm during the winter season.

Insulating Water Heater Pipes

One simple method you can try to lower heating costs during the winter involves wrapping the pipes of your water heater in an insulating blanket. This technique will prevent your water heater from working too much to make hot water. Aside from lowering energy costs, this method can also keep your water heater pipes from bursting during extremely cold days.

Draft-Proofing Your Home

The small gaps around doors and windows allow cold air to enter your home, which increases the use of heating systems. To prevent this from happening, install rubber seals or gaskets to cover the small gaps and openings of your home.

Aside from the gaps around windows and doors, it would help if you also considered draft-proofing other small openings commonly found near pipes, taps and electrical sockets. In addition to keeping cold air out, this technique will also prevent warm air from escaping.

Block Chimney Airflow

Fireplaces are great when it comes to heating a room. However, when they’re not being used, they can serve as passageways where warm air inside your home can escape.

To keep the warm air inside your home, temporarily block off your fireplace. Doing so will effectively prevent warm air from leaving your home.

Regulate Your Thermostat

During cold seasons, people have the tendency to turn up the thermostat to keep their homes warm. Although doing so might keep your house comfortably warm, it is a huge waste of energy.

Instead of turning up the temperature to 25 degrees or more, keep your thermostat at around 19 degrees. According to the department of Department of Industry, Science Energy and Resource , turning down the thermostat by one degree can reduce your energy consumption by 5% to 10%.

Use Hydronic Heating

Hydronic heating is one of the most efficient ways to heat a home without using too much energy. Basically, it works by using water to transfer heat throughout your home using a pipe system.

According to data collected by Sustainability Victoria , a government agency that promotes sustainable use of resources, the average annual energy cost of a gas hydronic system is lower than that of other heating methods. Through a hydronic heating system, you’ll also be able to efficiently control the amount of heat delivered to different areas of your home.

Install Curtains

Similar to draft-proofing, hanging curtains inside your home can prevent cold weather from entering the small openings around windows. Depending on the thickness of the curtains you will use, this method can effectively keep your house warm while reducing energy consumption costs.

Change HVAC Filter Systems

Changing the filters of heating, ventilation, and air conditioning (HVAC) systems is one of the most effective ways of lowering energy consumption during winter. After all, HVAC systems with dirty and clogged filters work harder than those with clean ones.

During times of heavy use, these filters should be changed or cleaned at least once a month. Annual maintenance of the whole system is also encouraged to ensure that it is working properly.

As Australia's most trusted hydronic supplier, WISELIVING 's sister company Hurlcon Hydronic Heating has an extensive hydronics product range.

Check our full range of hydronics heating systems out here at Hurlcon Hydronic Heating !

Not sure exactly which heating system suits your needs? We’re happy to help! Call us at 1300 050 940 today.

The Best Features Of The WISELIVING R32 Heat Pump

Tue, 07 Dec 2021 12:59:32 GMT

Being able to keep a home warm and comfortable during the winter months is an essential part of any household. As a company committed to providing efficient indoor heating systems, we value the importance of introducing sustainable solutions to Australian homes. We believe that through these systems, our clients can live comfortably without worrying about high energy costs or their house’s environmental impact.

The R32 Hydronic Heat Pump serves as a perfect example of our commitment to helping our clients maintain a comfortable and sustainable home life. This hydronic heat pump has been specially designed with the customers’ needs and preferences in mind. It has various features that set it apart from other heat pump models currently available in the market.

Elegant And Sturdy Design

The first thing you’ll notice about the WISELIVING R32 hydronic heat pump is its sleek appearance. Compared to other heat pump systems that often come with bulky and basic housings, our unit features a modern look and an elegant design. Its overall appearance was designed to ensure that the heat pump goes well or even complements a home’s overall décor.

Aside from sporting a sleek and stylish look, this unit’s housing was built to withstand harsh weather conditions. The casing is made from sturdy ABS material with a premium matte black coating. It’s corrosion-resistant and can handle various outdoor conditions for a long time.

Inverter Technology

WISELIVING’s heat pump features a combination of inverter and EVI technologies. The former effectively prevents energy from being wasted by controlling the speed of the motor, while the latter enables the heat pump to perform efficiently even at low or even subzero temperatures.

These technological systems allow our hydronic heating heat pump to perform at levels of high effiiency even at temperatures as low as -25 degrees Celsius. This means that with our heat pump, you’ll be able to keep your family warm and comfortable and supply continuous hot water to your home during the cold seasons without worrying about the unit’s energy efficiency and performance.

Energy Efficiency

Compared to other heating solutions, heats pumps are generally more energy-efficient. That’s because they have better coefficient of performance (COP) ratings. The COP represents the ratio of the energy needed by cooling and heating units to function. Having a high COP indicates that a unit doesn’t waste too much energy as it runs.

Most heat pumps have a COP of about 3.5 and energy efficiency ratings of around 350%, which means that no energy is wasted as they provide heat to homes. Thanks to its EVI and inverter technologies and other energy-saving features, the WISELIVING heat pump is capable of performing more efficiently than other models available in the market. In fact, it has a COP rating of approximately 4.7.

Domestic Hot Water Capatible

Not only is this Hydronic Heat Pump perfect for heating your entire home it can also provide all your domestic hot water needs when installed with a WISELIVING CentraCoil Tank. Made in Australia to the highest standards you can ensure your family always has reliable, stable and continuous hot water while saving you money

Quiet Operation

Eco-Friendly Refrigerant

In addition, R32 does not contribute to climate change and the depletion of the ozone layer. Aside from having an Ozone Depletion Potential of zero, it has a short atmospheric lifetime of only five years. On the other hand, other refrigerants like R410A and R11 have been respectively known to stay in the atmosphere for up to 17 and 45 years.

Hydronic Heating Systems Available in Australia

Sun, 17 Oct 2021 07:31:53 GMT

Due to the extremely cold conditions that affect many parts of Australia during the winter season, heating is necessary to any home in the country. In fact, according to a 2008 study by the Australian Bureau of Statistics , about 91% of homes in South Australia had heaters. As for the rest of the country, the agency noted that 77% of dwellings were equipped with heating systems.

The widespread use of both heating and cooling systems has become so prevalent that these two account for the majority of an Australian home’s energy consumption.

The demand for effective and efficient heating systems has led to various innovations within this field. One of these is hydronic heating technology . Compared to other indoor heating methods, hydronic heating systems offer a more economical and environmentally-friendly way to provide centralised heating to a home .

This system distributes heat evenly to various parts of a house by running hot water to a series of pipes and radiators. Aside from this setup, hydronic heating systems also come in various configurations. In this article, we’ll explore the different types of hydronic heating systems that you can use for your home.

Hydronic Condensing Boilers

In hydronic systems, the boiler is a major component that keeps the water warm and supplies continuous heat to the entire house. Traditional boilers are designed with a vent such as a chimney. Since the excess heat escapes from the vent, these traditional models require more energy to operate.

A condensing gas boiler , on the other hand, is more energy-efficient as it uses condensation to operate at lower temperatures. Through this process, the boiler captures the escaping heat and recycles its energy in order to re-heat the returning water. This means that the unit consumes less energy while providing the same output as it continues to operate.

Hydronic Heat Pump

A conventional pump uses a fan to draw in outside air. With its refrigerant-filled coils, the unit heats up the air and distributes it by blowing it through ducts and vents. A hydronic system can also be used with a heat pump to perform the same function.

However, instead of a ductwork, a hydronic heat pump system is composed of a network of pipes and tubes that are hidden within the walls or underneath the home’s floor. The heat pump uses air to heat the water running through these pipes, which then provide warmth to an enclosed space. Since this configuration doesn’t force air out of ducts and vents, it doesn’t contribute to the spread of airborne pollutants like dust or spores.

Radiant Floor Heating

Another type of hydronic indoor heating method that you can use for your home is radiant floor heating . This system involves installing a series of pipes underneath your home’s floor. The heat from the hot water running through these pipes radiates upward. Depending on your installation preference, you can choose to have floor heating pipes fitted in every square metre of your home for centralized heating.

Compared to other heating techniques, such as ducted systems, hydronic infloor heating is efficient at evenly distributing heat throughout the house. Usually, ducted systems create cold spots because the heat is only delivered to areas where there are vents. Hydronic systems also minimize heat loss because of the loop system and because water has better specific heat than air.

Hydronic Wood Boilers

As its name suggests, a hydronic wood boiler uses wood as its primary fuel source, as opposed to electricity or natural gas. In a hydronic system, wood boilers perform the same function as gas boilers by heating the water that flows through the connected network of pipes. Its wood-burning design allows the unit to double as a direct heat source.

Some wood boilers take advantage of this feature by being installed in a living space and adding a glass window where heat can radiate. The bodies of these units are usually designed to emit heat, which provides additional warmth to the areas where they’re located.

Heated Towel Rails

Heated towel rails are also regarded as helpful and effective components of a hydronic system. Usually, they’re installed in specific rooms of a house, such as a bathroom and a laundry area. These towel rails can be integrated into an existing hydronic heating system. They then heat up as hot water circulates through them.

The main purpose of heated rails is to keep your towel warm and dry, which makes it more comfortable to use after you’ve taken a shower. But aside from this, these rails help prevent the build-up of moisture in areas that are frequently damp. By doing so, these add-ons to hydronic heating systems can help prevent the growth of mould and mildew.

Guide to Choosing the Right Heating System for Your Home

Wed, 06 Oct 2021 11:17:15 GMT

When it comes to indoor heating, homeowners have a variety of options to choose from. Choosing one is considered a major decision because aside from the associated installation expenses, the right heating method can also help you save a lot on your monthly energy bills.

Unfortunately, selecting the right indoor heating system for your home isn’t as simple as picking one out from a brochure. You have to consider certain factors first in order to determine which system will be ideal for your home.

With a bit of research, you can easily select the right one according to your needs and preferences. Hopefully, you’ll be able to decide which type of indoor heating system you’ll need for your home after going through the information presented in this guide.

Things To Consider

Available Fuel Sources

One of the things that you have to consider first is the type of fuel source that you can conveniently access and acquire. Nowadays, most major heating systems can be powered using various fuel sources such as wood, electricity, and gas.

Try to determine which fuel source you prefer to use for your indoor heating system. This involves knowing how much the fuel sources costs and where to get them. Narrowing down your preferred fuel can trim down your options for in-home heating.

Required Space

Another factor that you have to consider is the size of the area in your home that you would like the heating system to cater to. For instance, if you’re planning on heating your entire home, then you should go for a centralized heating system. On the other hand, if you only want to heat certain areas, you might want to consider individual room heaters.

The size of the area you want to keep warm is very important since installing a system that doesn’t meet your preferred heat output can cost you even more money down the line.

Budget

Establishing a budget is also an important part of the decision-making process. It will give you a clearer idea of which heating system you’ll be able to get based on how much you’re willing to spend. Aside from the heating unit and system, you also have to consider the costs related to the installation. You might also have to hire the services of professionals to handle certain parts of the project.

Some heating systems are generally more expensive than others. However, they make up for the added cost in installation through the long-term savings you’ll be able to enjoy from your energy bills.

Types To Choose From

Gas Heaters

As its name suggests, a gas heating system is powered by natural gas or LPG. It is very energy efficient as it can provide heat to medium-sized spaces very quickly. It’s also generally cheaper to install and operate compared to other forms of indoor heating.

A ducted system that uses gas as a primary fuel source usually works by absorbing air and heating it in a gas furnace. The heated air is then blown through a network of ducts and vents throughout the house.

Electric Heaters

Electric heaters come in various forms. You can acquire a portable electric heating unit, which you can take to different rooms, or have an entire system affixed to the wall of your home. Similar to gas heaters, electric heaters can also come with ducted systems.

In this type of configuration, the warm air is distributed to different parts of the house using vents and ducts. The temperature maintained by this system can then be controlled using a thermostat. Most electric heating systems are ideal for small to mid-size rooms. They also tend to operate more efficiently if they’re not used for long periods of time.

Hydronic Heating

Compared to other indoor heating systems, hydronic heating is a relatively underutilized form of heating in Australia that can provide centralised heating to your entire house. It works by heating water in a boiler and running it through a series of pipes and radiators. The heat from the water is then evenly distributed as it radiates throughout the house. The system also cycles the heated water repeatedly so re-heating takes less energy, too.

This system can also be powered using different fuel sources. Aside from gas and electricity, you can also choose to have a wood-fired hydronic heating system installed in your house. You can also have hydronic-heated towel rails i nstalled in your bathroom. Aside from keeping your towels warm and dry, these components can help control the humidity in your bathroom and prevent the growth of mould.

Compared to ducted systems , hydronic heating units are safer to operate primarily because they don’t use a fan to push warm air out of vents that may contribute to the spread of bacteria, allergens, dust, and other airborne pollutants inside the house.

Pros and Cons of having Heated Floors in your Home

Sat, 02 Oct 2021 04:11:01 GMT

Radiant floor heating is a popular and effective way of distributing heat evenly throughout a house. Aside from keeping your surroundings warm and cosy, this method eliminates the uncomfortable feeling of stepping on a cold floor while barefoot during the cold or winter seasons.

Generally, radiant floor heating involves installing a series of coils and tubes beneath the floors of your home. The coils and tubes are connected to a hydronic heating system and provide heat using the warm water running through them.

Although radiant floor heating is widely regarded as an efficient and effective method of keeping an entire house warm, some people still feel that this system is impractical. What are the pros and cons of heated floors in a home? Hopefully, our exploration of the answers will help you decide if this indoor heating system is the right choice for your home.

Pros of Radiant Floor Heating

Health and Safety

Since the major components of a floor heating system are hidden underneath your home’s floor, it eliminates the risk of accidentally burning or harming your loved ones. Aside from being safely hidden, this system’s parts do not get too hot to the touch.

In addition, unlike other heating methods, this system doesn’t involve pushing air out of ducts and vents to distribute heat. Instead, the heat coming from the coils radiates from the floor and spreads throughout the room. Since it doesn’t push air out using fans and vents, it doesn’t expose the people inside the house or an enclosed space to dust, bacteria, allergens, and other small pollutants that can be easily blown in by air.

Uniform Heating

Probably the biggest advantage of radiant floor heating is its ability to distribute heat evenly throughout the house. Depending on your installation preference, you can choose to have every square foot of your floor generate heat.

Also, it can warm up an entire room because the heat that radiates from the coils beneath the floor rises. In contrast, the warm air from heating systems that are installed close to the ceiling will most likely stay there. In addition, a forced-air or ducted system is known to create cold spots since it can only provide heat to areas where the blower points to.

Energy Efficiency

Compared to other forms of indoor heating, radiant floor heating is very energy efficient. Generally, this indoor heating method requires less energy to operate than other heating systems. You can also maximise the operations of your system by pairing it with a programmable thermostat.

One of the main reasons behind the efficiency of radiant floor heating is its ability to minimise or eliminate heat loss. Usually, this occurs due to gaps in window and door frames and uninsulated walls. In a forced-air system, heat loss can happen in its ductwork. On the other hand, radiant floor heating systems use a sealed network that’s designed to prevent heat loss.

Cons of Radiant Floor Heating

Initial Cost

The initial cost of installing an entire radiant floor heating system is probably one of the biggest factors that deter people from getting one for their homes. Aside from the installation costs, which will depend on the size of your house, you’ll also have to pay for the services of other professionals such as plumbers and electricians.

One possible way that can help lower the upfront cost is by having the system installed as your house is being constructed. Doing so is relatively cheaper due to the added expenses that come with renovating a pre-built house to install floor heating panels. Also, even though the installation cost can get quite expensive, you’ll still be able to enjoy long-term savings from your monthly energy bills.

Elevates Floor Height

Depending on the type of radiant floor heating system that you prefer for your home, installing one will increase the height of your floor. Usually, the floor will be elevated by a couple of centimetres. That’s because aside from the coils and other heating components, you might also want to consider adding insulation boards beneath the entire system to maximise its function.

This added element will contribute to your floor’s height increase. The effect of this system on a room’s vertical space might have an impact on the placement of certain tall furniture.

What Heat Pump System Works for You? A Guide To Heat Pumps

Sun, 19 Sep 2021 07:31:17 GMT

Technological advancements have led to the development of various systems that people can use to provide heat to their homes. Heat pumps are probably the simplest and most common in-home heating system.

However, even though they’re quite popular, not too many people are aware of how heat pumps work. In this article, we’ll discuss how this system functions and the advantages you can enjoy if you decide to use it for your home.

How a Heat Pump System Works

The internal mechanism of a heat pump can be likened to that of an air conditioner. But, instead of keeping the air inside your house cool, you can use it to keep your home warm and comfortable during the winter season.

Basically, a heat pump works by collecting air from outside your home and warming it to a higher temperature before dispersing it inside. It usually uses a compressor as well as gas or liquid refrigerant to warm up the air and distribute it inside your house.

A typical heat pump system is composed of various parts. Its two major components are the outdoor and indoor units. In a basic heat pump setup, the outdoor unit features a coil that serves as an evaporator. It’s also equipped with a fan that’s designed to move the air over the coil in order to facilitate the heat exchange.

Like the outdoor unit, the indoor component is also made with a coil and a fan. In heating mode, the coil functions as a condenser while the fan blows the warm air through the ducts.

Many heat pump systems are also made with a reversing valve. As the name suggests, this component allows the user to switch between heating and cooling functions by allowing the various parts of the system to operate in the opposite direction.

Types of Heat Pumps

The development of heat pump technology has led to various innovations that have improved the overall features and operations of this system. These changes have led to the emergence of different types of heat pumps.

Air-Source Heat Pump

Probably the most common type is the air-source heat pump. The operation of this system is similar to the process discussed above. It works by using a fan to draw in outside air. The air then flows over coils that are filled with refrigerant.

As the coils begin to warm up, the liquid in the refrigerant evaporates. The resulting gas then moves through a compressor to raise the temperature. The heat produced from this system is then transported to various parts of a house through a series of ducts and vents.'

Geothermal Heat Pumps

Although geothermal or ground-source heat pumps are also designed to provide warmth to an enclosed space, they work differently compared to an air-source heat pump. Instead of outside air, this type of heat pump relies on water that’s moved through a network of underground pipes.

It then takes advantage of ambient heat or the heat naturally generated by the ground to warm up the water in the pipes. This type of heating method can also be integrated with hydronic heating systems . Instead of burning fuel or using another energy source, this system will use ambient heat to warm the water running through the pipes installed underneath your home’s floor or within its walls. The heat coming from these pipes can warm up the various rooms of your house.

Benefits of using a Heat Pump

One of a heat pump’s main advantages is its overall cost-efficiency. Compared to other heating systems that require the use of direct electricity, gas, or other fuel sources, a ground-source heat pump is cheaper to operate. For one, it relies on a natural energy to provide heat.

Air-source pumps are also more cost-efficient than other systems. In fact, according to a report released by the Melbourne Energy Institute in 2015, homeowners in Melbourne could save up to $658 in heating costs annually.

Another major advantage of heat pumps is their environmentally friendly operation. Since geothermal heat pumps are designed to use Earth’s natural heat to provide warmth to a house, they can significantly reduce the home’s greenhouse gas emissions. This is the main reason why heat pumps have been the preferred heating system of homeowners who are looking to pursue a sustainable and off-the-grid type of lifestyle.

In addition, connecting a geothermal heat pump to a hydronic heating system makes it very safe to use in a home. Unlike other systems, this configuration doesn’t require forcing warm air out of vents and ducts. Instead, through a hydronic heating system, the heat can be delivered to various parts of the house through a network of pipes and radiators.

Since it doesn’t push air out of vents, this system also doesn’t contribute to the spread of bacteria, pollutants, and allergens inside the house.

Advantages of Hydronic Heating Over Ducted Heating

Wed, 15 Sep 2021 10:01:27 GMT

When it comes to providing centralised heating to living spaces, homeowners can choose from an overwhelming number of options which include hydronic heating and ducted heating. The latter is a commonly used heating system that provides warmth to an entire house. It’s composed of a central heating unit that generates hot air. The hot air is then pushed through a series of ducts in the ceilings or under the floor. This system delivers heat to various parts of the house through vents.

Hydronic heating, on the other hand, relies on boilers to heat water . The heater water then runs through a network of pipes and radiators throughout the house to provide centralised heating to different rooms. This system can be powered using electricity, natural gas, or solid fuel.

Although both systems are capable of keeping your home warm and comfortable, there are various reasons why more and more people are beginning to rely on hydronic heating. Currently, it’s one of the most efficient heating systems that you can use for your house.

Below are some of the benefits of using hydronic heating.

Cost-Effective Solution

Hydronic heating is regarded as a cost-effective centralised heating solution. It has been estimated that it costs about 20% less to operate than a gas ducted heating system. The cost-efficiency of a hydronic heating system can be attributed to its overall design because it uses a series of insulated pipes, which helps in minimising heat loss.

Also, hydronic heating utilizes a system that’s completely sealed. This design helps in minimizing heat loss. In addition, as the heated water goes through the entire system, it will eventually return to the boiler. Since the water returning to this component is still hot, it will require less energy to reheat.

Cleaner System

Hydronic heating works by running hot water through pipes installed in the walls or underneath the floor of a home. Warmth is then radiated through these coils in the floor and radiators in different parts of the house.

Unlike ducted systems, hydronic heating doesn’t push hot air out through vents, which can contribute to the spread of pollutants like dust, spores, viruses, bacteria and various allergens inside a home. This is one of the main reasons why health industry professionals and consultants prefer to use hydronic heating systems.

Safe Usage

Hydronic heating is one of the safest systems available today simply because the temperatures reached by the radiator and floor coils are moderate, which means there’s no risk of burning if you or a member of your family touches the radiator.

More importantly, the mechanism of a hydronic heating system is completely sealed off and has no exposed flames or electrical connections.

Since it doesn’t push air out and contribute to the accumulation of dust, it’s less of a fire hazard compared to ducted heating.

Comfortable Heating

Since ducted heating spreads warmth by pushing air out, it tends to create cold spots in certain areas of the house due to uneven heat distribution.

Through its network of pipes in the walls or under the floor, hydronic heating can provide a radiant source of heat without creating hot or cold spots. Instead, it provides you with a comfortably even level of warmth wherever you are in the house.

With additional radiators, you can also heat up different rooms in your home using hydronic heating. Also, since this system uses heated water and doesn’t push hot air out, it doesn’t generate dry air in your home.

Environmentally-Friendly Alternative

If you’re looking to significantly reduce your home’s carbon footprint, then hydronic heating is the best choice for you. This system can be a very environmentally clean option, especially if you decide to use natural gas or wood as your primary fuel source.

According to the Residential Baseline Study conducted in 2016, heating accounts for a huge percentage of a home’s energy consumption. Since hydronic heating is known to be cost and energy-efficient, using this system will allow you to save money on your energy bill while reducing your home’s greenhouse gas emissions.

Why Choose A Hydronic Heating System over Other Heating Systems for your Home

Fri, 10 Sep 2021 09:54:30 GMT

Hydronic heating is emerging as one of the best ways to provide centralised heating to Australian homes. This system works by using a hydronic boiler to heat water . The hot water then moves through various areas of the house through a network of pipes and tubes installed beneath the floor or within the walls. Heating can also be delivered to various rooms in the house through radiators.

Unlike other forms of in-house heating, hydronic systems can be powered using various fuel sources such as wood, natural gas, electricity, and liquefied petroleum gas. These options allow hydronic heating systems to operate efficiently while reducing your home’s carbon footprint. This eco-friendly feature is only one of the benefits of installing a hydronic heating system in your home. In this article, we’ll go through the other advantages of using hydronic heating.

Operates Quietly

As discussed above, hydronic systems deliver heat by running hot water through a series of pipes. Unlike ducted systems, it doesn’t push air out of ducts and vents. This feature allows a hydronic system to operate quietly since it doesn’t use ducts made from sheet metal, which tend to contract and expand as warm air passes through them. This reaction can cause ducts to generate a lot of noise.

Hydronic systems are designed to also create and deliver warmth by heating water in its boilers. It doesn’t rely on a blower to force air out of vents. A blower, while quick to heat a space, can tend to be noisy especially when not properly maintained.

Easy To Maintain

Another advantage of using hydronic heating is its durable and highly reliable system. Unlike other home heating methods, hydronic systems have fewer moving parts. This means that the chances of your unit breaking down due to a malfunctioning component are lesser compared to other systems.

The simple yet efficient design of hydronic systems makes them easier to maintain. You do not have to constantly clean and replace certain components, such as air filters, to make them run smoothly for a long time. In most cases, the only component of a hydronic system that needs regular maintenance is the boiler, which only requires yearly servicing.

Safe And Healthy

Safety is one of the most important factors that people look for when it comes to choosing the right heating system for their home. This is one of the main reasons why many people prefer to use hydronic heating. Its entire system is completely sealed. It doesn’t have exposed flames or electrical components that can cause fire hazards.

Hydronic heating doesn’t rely on forced air circulation to provide and distribute warmth. Since it doesn’t push warm air out of ducts and vents, it doesn’t contribute to the spread of pollutants, dust, allergens, and bacteria inside your home. This is the main reason why hydronic systems are considered the healthier & more comfortable option.

Cost-Efficient Operation

A hydronic heating system is generally considered more cost-efficient than other in-home heating options mainly due to its design and various features. One of these is its ability to provide warmth using water, which is a better conductor of heat than air. Also, the system’s closed network of insulated pipes can help prevent heat loss.

The cost-efficiency of a hydronic system can also be attributed to its use of a closed-loop network. The heated water returns to the boiler after passing through a series of pipes and radiators. Since the water going back to the boiler is still hot, it will require less energy to re-heat.

Versatile Installation

One of the advantages of using hydronic heating is the system’s versatility. Unlike other heating methods that require extensive ductwork and return air systems that have bulky bodies, the various components of hydronic heating mechanisms can be installed without disrupting the overall theme and look of your home.

Its network of pipes and tubes can be discreetly placed underneath the floor or behind the walls. Also, hydronic heating radiators and heated towel rails come in a variety of sleek and modern designs that can suit your home’s décor. You won’t have to worry about these components altering the appearance of your house.

Environmentally Friendly

As mentioned earlier, hydronic heating mechanisms can be powered using natural fuel sources. This allows the system to deliver centralised heat to a home without harming the environment. Due to its design, hydronic heating requires less energy to produce heat compared to other heating methods.

Since heating accounts for a huge percentage of a home’s energy consumption according to a 2016 Residential Baseline Study , using a hydronic heating system can help promote a sustainable lifestyle and significantly reduce your home’s overall energy consumption.

Off-Grid Living – Learning How to Live Off the Grid

Mon, 26 Oct 2020 07:27:58 GMT

Off-grid living is becoming more and more popular due to the freedom from reliance on public utilities. Those who have been living off the grid for quite some time have become self-sufficient and learned how to make the most out of natural resources for their daily needs.

Many people turn to off-grid living due to a variety of factors. Some of these include the rising costs of essential utilities and the unreliability of certain services such as electricity and water, which are prone to get shut off during times of emergencies. For others, living in an off-grid home provides them with the opportunity to follow a truly sustainable lifestyle.

However, keep in mind that living off the grid is not as simple as shutting off your basic utilities or moving to the country. There are a few essential matters that you have to consider first in order to successfully achieve this type of sustainable and self-reliant lifestyle. Through this guide, you’ll be able to learn the basics of how to live off the grid in Australia.

Legal Matters Related To Living Off-Grid

Although living off the grid is not illegal in Australia, there are a few legal matters you have to consider first before adopting this sustainable lifestyle. If you’re planning to convert your home into an off-grid one or relocate to a different land, make sure to check with local regulations first. After all, each town or council area might have its own laws regarding the necessary permits and other requirements related to off-grid living construction.

If following these requirements sounds tedious, you have the option to secure a piece of land that doesn’t require building or living permits. The downside to this option, however, is that no-permit zones are usually located in remote areas that are away from schools, towns and places of work. This isn’t a practical choice, especially if you and your family depend on public and urban facilities for your daily needs.

Factors to Consider

Once you have found the ideal land and location for your off-grid home, you can start planning on handling certain vital factors related to your new lifestyle.

Waste Management

One of these is waste management. Since living off-grid means not being dependent on government or public utilities, your house most likely won’t be connected to the main sewer line. In other words, you have to determine how you will be handling and disposing of waste in your new home. This is an important factor in off-grid living since not having a proper waste management system can cause a risk of disease and illnesses.

Food and Water

Another vital aspect of living off-grid is having reliable and sustainable sources of food and water. Most experts in this type of lifestyle recommend establishing fruit and vegetable gardens and small-scale farming and fishing systems in your property, which would serve as your primary sources of food. As for your water supply, wells (bores) and nearby freshwater streams and rivers are the most common sources of off-grid water.

Power Generation Options

In addition to the factors discussed above, another aspect you have to consider is your home’s source of power and energy. Usually, off-grid homes rely on generators, solar energy, or a combination of both.

Fortunately, due to advances in technology, the cost of generators and solar panels has become significantly more affordable. When it comes to choosing which method to use for your home, make sure to select the one that can provide you with more than enough energy to accommodate your daily needs.

Hot Water Supply

Depending on your location, having a sustainable energy source to create hot water will become a crucial part of your everyday life. According to a report submitted to the Department of Climate Change and Energy Efficiency, heating water is the second-largest energy end-use in Australia’s residential sector. It accounted for an average of 23% of energy consumption in households in 2008. The Department of Industry, Science, Energy and Resources noted that this figure has jumped to around 40% in recent years.

In building your off-grid home, you need to determine how you’ll be able to establish a sustainable method of heating water. Although there are several techniques that you can follow for your hot water needs, probably the most practical and sustainable one for an off-grid home is a solar heating system .

As its name suggests, a solar heating system collects energy from the sun and uses it to create hot water. Solar heating systems with evacuated tubes are efficient when it comes to collecting energy since their cylindrical shape allows them to track the sun for longer periods.

This type of system can also be used with certain wood stoves and heaters . Aside from providing central heating to your home and taking care of your cooking needs, these integrated systems can also reduce the energy consumption and carbon footprint of your off-grid home. If you are looking to implement these sustainable systems in your home WISELIVING can offer you support and guidance in what would work best for you.

How to Create a Sustainable Home

Mon, 19 Oct 2020 07:06:45 GMT

The global effects of climate change, coupled with rising energy costs, have started to drive more and more people to seek out a more sustainable type of lifestyle. In line with living an eco-friendly and energy-efficient lifestyle, many people have started to transform their homes into a sustainable one. Sustainable houses are living spaces that are designed to reduce greenhouse gas emissions by making the most out of natural renewable energy sources.

When it comes to building a sustainable house or renovating a structure into one, there are a few factors you have to consider first. Through careful planning, you’ll be able to build a sustainable living space that’s energy-efficient and can last a long time.

Passive Design Concept

Utilizing a passive design means adhering to the natural features of a particular site during the building or construction of a sustainable home. In other words, the overall design of the house takes advantage of the natural sunlight, shade and ventilation that occur in the area throughout the year.

Adapting to a site’s natural features can provide a more energy-efficient house design since doing so can reduce the excessive usage of certain utilities such as heating systems and air conditioning. These two factors can account for the bulk of an average Australian home’s energy consumption.

Insulation and Sealing

Some of the most important sustainable home features include proper insulation and sealing. Through these, you’ll be able to properly keep heat within your house, which can reduce the energy costs for reheating your living space. When it comes to insulation, the best places to start are in your home’s roof and walls.

In most cases, heat can also leak through various small openings within a house, such as chimneys and the gaps around doors and windows. Sealing these gaps and using dampers to close chimneys when not in use can significantly reduce your home’s energy consumption.

Renewable Energy Source

Another significant feature of a sustainable home is having a renewable source of energy. Currently, one of the best energy source options is hot water solar powered systems. By installing solar panels on the roof, you’ll be able to collect energy from the sun and use it for your daily needs.

In addition to boosting your home’s energy efficiency, relying on solar power means that you are not dependent on the electricity provided through public grids, which is usually generated by burning fossil fuels. This means that through solar power and other renewable sources of energy, you’ll be able to fully adopt a sustainable and eco-friendly lifestyle.

Sustainable Heating Systems

According to the Department of Industry, Science, Energy and Resources , heating water takes up about 40% of an average Australian home’s energy consumption. Aside from making hot water, heating systems also play a major role in keeping homes and living space warm and comfortable, especially during the cold seasons.

In terms of building a sustainable house, you also need to establish an energy-efficient heating system. Some of these sustainable systems include wood heaters , hydronic boilers and solar hot water systems . Due to the efficiency of these systems, you’ll be able to drastically reduce your home’s average energy consumption. Moreover, they go well with your sustainable lifestyle since they rely on renewable sources to operate.

WISELIVING can also link together these heating systems in order to create a complete sustainable heating system that can adapt to the overall design of your home.

Sustainable Gardens

Establishing new gardens or planting particularly thirsty plants, particularly in hot and relatively dry climates, can consume a large volume of water. However, as long as you choose the right type of plants, you’ll be able to maintain a garden that goes well with your sustainable and energy-efficient home.

When it comes to setting up a sustainable garden, make sure to choose plants that are suited to your location’s local climate and seasonal changes. Doing so will reduce the need to water your plants frequently. It would also help to install a drip irrigation system using rainwater run-off or recycled greywater in your garden.

By doing your research you will find that there are plenty of viable ways to build or adapt your current home to create your sustainable sanctuary.

4 Sustainable Heating Systems to Save Money and Energy This Winter

Thu, 10 Sep 2020 08:55:59 GMT

The winter season can take a heavy toll on household expenses due to the additional energy costs that come with the use of traditional heating systems. Fortunately, there are a couple of sustainable heating systems that you can use to warm your home without running up your monthly energy bill.

Wood Heaters

A wood burner is a practical heating option for houses in Australia as it can keep your home warm during the cold season and provide a lovely ambience – home is where the heart is after all. Wood heaters do not rely on electricity or gas to provide heat, which makes it one of the most efficient heating systems available. All you have to do is make sure that you have a reliable wood merchant to supply you with wood each year. New wood burner models are powerful enough to heat an entire house comfortably, though some houses may require the installation of a ventilation system to circulate the warm air throughout the entire dwelling.

Solar Powered Hot Water

A wood burner is a practical heating option for houses in Australia as it can keep your home warm during the cold season and provide a lovely ambience – home is where the heart is after all. Wood burners do not rely on electricity or gas to provide heat, which makes it one of the most efficient heating systems available. All you have to do is make sure that you have a reliable wood merchant to supply you with sustainable wood each year. New wood burner models are powerful enough to heat an entire house comfortably, though some houses may require the installation of a ventilation system to circulate the warm air throughout the entire dwelling.

Hydronic Heating Systems

A hydronic heating system delivers centralised heat throughout a home by running hot water through radiators or pipes under the floor. This method is considered as one of the most efficient heating systems because its running cost is about 20% to 40% lower than gas ducted systems. Also, it is very safe to use since it doesn’t rely on forced air or ducts, which can contribute to the circulation of allergens and bacteria throughout the house.

In an age where people are looking for sustainable options and substance, WISELIVING proudly offers wood-fired stoves and heaters , hydronic , and solar powered hot water systems .

If you'd like to get more details, please don't hesitate to call 1300 050 940 . Speak to us today to live the Wise Life .

Why aren't we all hooked up to solar?

Thu, 31 Oct 2019 01:23:02 GMT

Solar energy is said to be a renewable energy source because somewhere on earth it is always available and it never runs out.

Have you ever said to someone that you need some sun? Of course, and that is because all living things rely on sun to grow and stay healthy. It is the original source of energy for our planet. So it would seem like a no-brainer that we would all be hooked up to it, right?

Solar energy is one of the only truly renewable sources of energy because somewhere on earth it is always available and it never runs out. On the other hand oil, coal and natural gas are known as non-renewables because one day they will be gone completely.

So how have we learnt to harness the energy from the sun to power not just ourselves but our machines and why it is not the most popular form of energy production?

Solar Devices

Solar electricity is converted directly from sunlight using solar cells. Modern solar cells were first invented in the twentieth century. and are made from thin layers of a chemical called silicon. When sunlight hits the silicon it generates an electric field across the layers. The electricity can be drawn off and used to power electrical equipment.

Solar cells only work well when the Sun is out. They are very dependent on the weather. On a dull day, they produce less electricity than on sunny day, and they do not work at night.

Other solar devices can capture the Sun's heat and be used to heat up water or air. The most common form of solar heating is solar hot water system.

They consist of a panel containing thin tubes filled with water, which is usually placed on the roof of a house. The Sun warms the water in the pipes and it is then sent to an insulated storage tank. More pipes may connect the tank to the houses' central heating and hot water system's to warm rooms and feed baths and sinks.

In warmer climates solar hot water can provide about 85 per cent of a home's hot water needs.

The Pros and Cons

There are many benefits to using solar power - especially hot water systems - but there are drawbacks as well which may answer the question of why it is not the leading source of our personal energy usage.

Pros:

Solar power saves you money as the power source is free.
Solar power generation is silent.
Solar power is clean and environmentally friendly.
Solar power is renewable and sustainable. It will not run out.
Solar power will help reduce the impact of global warming and climate change.
The worldwide potential is enormous. Each year, solar energy could deliver up to 90 times the current annual energy use of the entire world.

Cons:

Solar power depends on the weather.
Solar power is limited to daylight hours.
Solar installations are relatively expensive in comparison to other energy sources.
The manufacture and life expectancy of poorly produced solar cells can be less efficient than other sources of energy.
Vast amounts of land are required for large-scale commercial solar arrays.

The Future of Solar

With more people turning to renewable energy and more countries determined to lower their use of fossil fuels, solar energy could be a leading way to generate electricity. The International Energy Agency predicts that by 2060 it could account for a third of the world's energy needs.

Will you be investing in the future of solar? Read more about it here our solar hot water offering and take advantage of this renewable energy.

Which wood?

Tue, 22 Oct 2019 00:00:00 GMT

For many people installing a wood heater, thinking about the type of wood you should burn is the last thing on your mind when imagining sitting in front of your roaring fire.

However, it is one of the most important aspect of owning and successfully running a wood burning heater or stove. In Australia we have many different types of wood and as with anything - you get what you pay for.

Quality wood means a quality long-lasting burn while cheap or free-sourced wood means more chance of increased smoke creation and potentially harmful toxins going into the atmosphere.

In Western Australia, Jarrah and Wandoo are considered the best. In Tasmania, Brown Peppermint is considered best. In South Australia, Victoria and Southern NSW it is generally River Red Gum.

In Queensland, Ironbark and Box are preferred. It also depends on what you are using the wood for. Red Gum is excellent in a slow combustion heater but does not burn with a lot of flame, so other species are usually preferred for open fires.

Some species are known to not burn well at all, Turpentine and White Stringybark being two of these. Each species has its own characteristics of burning rate, flame, coal and ash generation, which mainly relate to wood density and the chemical composition of tannins etc.

An excess of smoke is caused by the incomplete combustion of gasses given off when wood is burnt. The most common cause for this is incorrect operation of a slow combustion heater or stove. If the air flow to the fire is closed off before the fire has reached correct operating temperature, the fire will smoke.

The air vent to the fire needs to be left open for at least 15 minutes after wood is added to ensure the fire is hot enough to fully combust the gasses. This is a common problem and easy to fix.

Smoke can also be caused by burning unseasoned or "green wood" or by a blocked chimney which restricts air flow. Both have the effect of cooling the fire below the correct temperature.

If a fire is operating properly, you should not see any smoke from the chimney after the initial warm up period.

Sourcing or purchasing wood that is not specifically made for wood burning heaters or stoves can have significant risks not only to the running of your prized equipment but also to your health.

For example, wood from rail track sleepers can be contaminated by grease, oil, herbicides and heavy metals. The fumes given off when these products are heated can be toxic. So it is best to avoid them. Some old sleepers may even contain deadly asbestos fibres from the brakes that were in use until mid 1980’s.

A further risk is from small stones which become embedded in the sleepers. These can explode in the heat of a fire.

So make sure you feed your slow-combustion heater or stove the high quality fuel it deserves and you will have many years of sustainable clean heat .

After securing the right type of fuel, make sure to use it on a high-quality slow-combustion wood heater and stove, such as the Thermalux Gourmet Cooker.

Hand-built by talented Australian craftsmen, the Gourmet Cooker can be used for space heating, cooking, and supplying your family’s domestic hot water needs. Its unique venting system, combined with its large firebox, responsive top and bottom air controls, and energy-efficient heating and cooking capabilities, make the Thermalux Gourmet Cooker an ideal addition to any Australian home.

Learn more about how the Gourmet Cooker can make your home life more sustainable and comfortable here .

Factual content sourced from The Firewood Association of Australia Inc. For more useful information visit their website: https://www.firewood.asn.au/

Is firewood sustainable?

Mon, 21 Oct 2019 00:00:00 GMT

Firewood is virtually greenhouse neutral and is a useful way to reduce the carbon pollution from gas and coal energy use.

As long as you have purchased your wood from sustainable sources, you are actually helping the environment by heating your home with wood instead of gas or electricity.

Wood is a renewable bioenergy. It is recommended that environmentally aware wood users either buy their wood from FAA members or collect it from permitted areas.

Collecting wood from roadsides and reserves can remove the protection it affords some wildlife, exposing it to predators such as feral cats and foxes.

A CSIRO study in 2003 showed that firewood is virtually greenhouse neutral and is a useful way to reduce the carbon pollution from gas and coal energy use.

The Natural Resource Management Ministerial Council’s Firewood Taskforce has defined seven environmentally acceptable sources for sustainable firewood:

Logging residues from sustainably managed forests and plantations.
Residue or by-product from sawmilling or other wood processing operations supplied by sustainably managed forests and plantations.
Wood collected from forest or woodland under government authorisation.
Wood collected on private property under formal management plans or environmental guidelines.
Wood from agroforestry, planted shelterbelts, planted windbreaks or waste timber.
Salvage of waste timber from approved harvesting on private or public land.
Recycled or waste timber from tree lopping, building demolition or urban salvage.

Firewood from any of these seven sources is accepted as complying with the Code of Practice.

But will we run our of wood in the future? The answer to this question is definitely no. In some parts of the world and in earlier times mankind has totally cleared the landscape of trees.

In Australia, as in most developed countries, the area under forests is now actually increasing. Human activities will undoubtedly change the nature and type of forest, but most governments now recognise the value of this renewable resource.

On private land plantations targeted to produce firewood are increasing. For the time being though, the last 14 years of drought have resulted in an enormous number of trees dying in the lower rainfall regions. This will provide a secure supply of quality firewood for many years.

Every year more trees die and are replaced with new ones and while we continue to plant them they will continue to grow and provide a sustainable source of energy and carbon collection.

Factual information sourced from Firewood Association of Australia .