These Hydrosol BLOG articles provide information about all-electric heating, cooling, ventilation (HVAC), domestic hot water and pool heating.
Select from the Category subject listing below to refine the available BLOG articles closer to your enquiry. Read the BLOGs to gain a better understanding of all-electric heating, cooling, ventilation, pool heating, hot water heating and / or solar power.
For best project outcomes, your house should have good thermal performance. This reduces your heat load and hence your capital cost and power demand from your HVAC equipment. This makes it easier to power your electric systems from your solar power. These BLOG articles are centred on these themes. For more information, click on these links:
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Consider solar power and the thermal performance of your house when you make the decision to go with electric heating and cooling. Design for solar power and thermal performance for best outcomes overall.
Contact Hydrosol to look at your specific heat load. Explore ways to improve it. Consider your house design, preferences and budget in the process. Develop an appropriate heating and cooling solution that’s right for you.
These BLOG articles on Design discuss heat loss. Heat loss comes from three broad areas in almost equal amounts:
Choose air conditioning systems that work best with your home design, preferences, and budget. Air conditioning systems are efficient air-to-air heat pumps that convert each 1kW of power into about 4 kW of heating or cooling. Consider a split system for a single room, multi split and ducted systems for multiple rooms.
Consider power for your electric home at the design stage. Removing gas as an energy source will put more load onto your power supply. Therefore, your home must be energy efficient and have energy efficient appliances. Also, this is required by new 7-Star ‘Whole of Home’ building code, for renovations and new buildings.
This BLOG explores options for electric underfloor heating, radiator panels and hydronic convectors. It includes hydronic and electric-resistance systems. It excludes reverse cycle air conditioners, which are a subject of their own and do not radiate heat. Hydronic systems are a lot more expensive to install but a lot cheaper to run and add greater capital value to your home. Electric resistance systems are much cheaper to install but a lot more expensive to run. These systems do not stir up dust, airborne pollen and other allergens. Therefore, they are better for people with breathing issues such as asthma. They can be installed as underfloor radiant systems, radiator panels or fan-coil convectors.
This BLOG lists some interesting electric heating and cooling projects, and testimonials. Hydrosol has been involved with many projects over the years involving many different aspects of electric heating, cooling, ventilation, domestic hot water and pool heating. Attention to reducing heating and cooling load is also an important consideration. Use our knowledge and experience to help develop a tailored approach that’s right for you.
The Galletti ART-U can coil convector provides hydronic cooling and heating with a heat pump. The ART-U convector is designed for cooling in summer using chilled water from a reverse cycle heat pump. An internal fan draws air through its coils. Condensation is drained away outside, which gives you latent cooling as well as sensible temperature cooling. In winter, hot water from the heat pump is circulated through the convector.
This BLOG discusses the causes and suggests steps to improve your house heat loss in winter and heat gain in summer. The causes come broadly from 3 areas, about one third each: (1) ceilings, (2) windows and (3) walls, floors and general air leaks. Your choices on what do depend firstly on whether you are building a new house, renovating an existing house or improving the thermal performance of an existing house.
Replace your gas boiler with a hydronic heat pump for efficient heating and a cooling option using your solar power. Benefits include lower operating costs, less greenhouse emissions, adding value to your home, and safer appliances with longer operating life. However, you should also work on improving the thermal performance of your home. Also, explore upgrading your power supply. This BLOG discusses the key points.
Heating, Ventilation and Cooling (HVAC) Design starts with thinking through your needs. Good building design has low heating and cooling requirements. This enables all-electric solutions with energy efficient appliances such as inverter heat pumps and air conditioners. These appliances can be largely powered by solar panels. The thermal energy can be stored in the mass inside your home during the day and released at night.
You can enjoy underfloor heating and cooling if you are renovating or building with suspended floors. Use a heat pump as the heat source to have reverse cycle cooling in summer as well. This will absorb heat from your home and expel it outside in reverse cycle mode. You can apply most types of floor coverings over your underfloor heating circuits including tiles timber boards and loose weave carpet.
Consider adding a larger heat pump buffer tank or thermal battery to increase the internal mass of your home for greater thermal storage. This will help moderate the extremes of your indoor temperatures, reduce your power consumption for heating and cooling and maximise your solar power during the day.
Understanding the power demand of your home appliances, and timing some of them to run during the day when you are producing power, will reduce your power bills. This BLOG explores ways to reduce your power demand from the grid.
Reduce heat loss and running costs, and improve air quality with Heat Recovery Ventilation (HRV). This BLOG explores HRV and ERV ventilation systems. Homes built years ago were not designed for efficiency and so they leaked air everywhere. Modern homes with 6+ Star rating are much more air tight and require ventilation systems to keep a fresh feel inside without needing open windows in winter and summer. Air leaks and open windows can account for a quarter of your energy costs.
Heat pumps use water to transfer heat to your home in winter from the outside air and reverse this process in summer to keep your home cool. Water is 3300 times more capable of transferring heat than air so you don’t need large air ducts with heat pumps.
Consider a home power upgrade if you plan to add new electrical appliances like heat pumps for heating, cooling, hot water, and pool heating, or electric vehicle charger, induction cooktop, etc. This BLOG explores approaches and pricing. Good power supply ensures that all your electrical appliances will run efficiently with longer life.
Heat pump refrigerants have steadily evolved since 1987, when the Montreal Protocol set the objective of phasing out harmful refrigerants for the environment. All heat pump and air conditioning refrigerants have their pros and cons. Due to urgent action needed now to avoid catastrophic climate change, natural and man-made refrigerants with low GWP are becoming essential. This BLOG discusses man-made and natural refrigerants. The latter are gaining widespread support because of their environmental and performance benefits, which outweigh concerns about flammability (apart from CO2) that can be managed.
This all-electric house renovation in Toorak involved going off gas and replacing the old ducted air conditioning system with hydronic heating and cooling. Both form and function of the heating and cooling system were important for this project. New radiator panels, hydronic towel rails and fan-coil convectors were installed, powered by an electric heat pump.
The Greenor designer range of hydronic fan-coil convectors are manufactured by Cinier in France. They present a fusion of art and leading technology. Greenor convectors are designed for prominent locations in your home, to be admired whilst also providing gentle, silent heating and cooling. They make virtually no noise or air drafts from transferring heat by convection and radiation. The hot or chilled hydronic water flowing to these convectors is produced by electric air-to-water heat pumps.
Reduce sound reverberation of hard floors on underfloor hydronic systems. Replacing carpets with hard floors works well with underfloor hydronic systems, but may cause higher levels of sound reverberation. This BLOG discusses this issue and ideas to address it.
Do I need a buffer tank with a hydronic heat pump? Heat pump buffer tanks are recommended for heat pump hydronic systems for three key reasons:
1. Hydraulic separation for hydronic systems with heating and cooling
2. Prevent short cycling with insufficient water volume from room zoning
3. Additional thermal storage of heat produced by heat pumps using daytime solar power.
Fix green pool water because it is likely caused by algae, which is dangerous to your family and friends and will harm your pool equipment. Green pool water is a visual clue that your pool water may be contaminated depending on the specific cause. It reflects significant growth of micro-organisms in your pool water. Swimming pools have restricted water volume and continually pick up micro-organisms that have nowhere to go. If left untreated, they will proliferate and turn your pool water green. Apart from algae, these micro-organisms also include bacteria, fungi and germs.
Extend your swimming season by heating your pool sustainably. This is achieved naturally from direct sunlight and also from heating systems. Due to concerns of global warming and the rising cost of gas, solar systems and electric heat pumps powered by solar panels have become increasingly popular. The main advantage of heat pump pool heating over a solar system is that it doesn’t take up roof space that can be otherwise used for solar panels, which generate power for other household needs apart from pool heating.
An energy assessment identifies areas to better manage. It leads to a plan for better energy management that reduces energy costs. Do an energy assessment to help you understand, measure, verify and better manage your energy use. This is more important for a large house or commercial facility, where energy use is higher. If you can measure it, you can manage it!
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