SOLAR HYDRONICS – SOLAR HOT WATER EVOLVED!

Hydronics refers to the use of water as a heat transfer medium in heating and cooling systems. Heating water can be energy intensive and expensive processes, but not so when you utilise solar thermal energy provide free by the sun!

solar thermal hydronics

 Also known as solar thermal, solar hydronic technology can also take the concept of solar hot water a step further – instead of just heating your water, it can also heat your home and be used in other commercial and industrial applications where large volumes of instant hot water are required.

Home solar thermal systems

Residential solar thermal systems

Steaming hot showers and toasty warm rooms in winter – making solar hot water even more useful! Learn more about solar hydronics for your home.

Commercial solar hydronics

Commercial solar hydronics systems

Hot water can be a major expense in many businesses. Learn more about
commercial solar hydronic systems for farms, laundries, hotels and hospitals.

Industrial solar thermal

Industrial solar hydronics systems

Solar thermal systems can be used for pre-heating water for industrial cooking, steam requirements and energy generation. Learn more about industrial solar hydronics.

How does solar hydronics work?

Given the energy intensive nature of heating water, solar hydronic systems can not only help reduce electricity related greenhouse gas emissions, but also save you money over the long term. Briefly, here’s how a solar thermal system works:

Solar hydronic/thermal technology uses an evacuated tube collector system situated on a roof. Sun shining on the solar collectors heats a special fluid within the tubes. The fluid is then pumped into heat exchange coils in a heavily insulated storage tank.

The heat exchange coils, strategically placed to ensure maximum efficiency, heat the water in the tank where it can be held for several days at suitable temperatures if weather conditions are unfavourable. Back up electric or gas booster systems can also ensure ongoing hot water.

The hot water can then circulated throughout a building on a continual basis, ensuring hot water is always immediately available, without the long wait usually experienced with standard hot water systems.

The hot water can also be piped through radiators installed in strategic locations throughout a building to provide heating or through pipes situated under the floor, providing a gentle, radiant warmth. Bypass systems allow for this space heating aspect to be switched off when temperature levels inside a building are optimum and can also be adapted for cooling purposes.

Given the superior heating process and advanced insulation, large volumes of hot water can be economically and cleanly generated and stored for days in low light conditions using a solar hydronics system.

Interested in learning more about solar hydronics? We have a team of friendly experts who can advise and recommend solutions to suit your needs and provide you with all the latest rebate information!

Interested?

If you’d like to learn more about solar hydronics, please contact us.