All of our gas boosted solar hot water systems utilise a dedicated continuous flow unit built around the same technology as the rinnai infinity australia s number one continuous flow hot water system.
Gas boosted solar water heater.
Local pick up and shipping options available.
The intelligent hybrid delivers a constant stream of mains pressure hot water with zero water wastage or energy losses on startup.
When a hot tap is opened solar heated water flows from the solar water heater through a special solar compatible instantaneous gas water heater.
Gas boosted solar efficient mains pressure hot water heated by the sun s energy and comes with an electric boost.
When the solar heated water temperature passes through the gas water heater below 58 degrees the gas booster will ignite to boost the supplied water temperature for use.
If it is less than.
Intelligent hybrid solar is a new revolution in gas assisted solar water heating.
When the solar heated water temperature is 58 c and above the gas booster will not boost the water temperature.
Solar heated water can reach temperatures up to 75 c in the solar storage tank.
Combining the top performing solar hot water system with an ultra efficient on demand gas backup.
Gas boosted solar hot water.
It is always recommended that a solar hot water system be installed with a booster unit for days when there s low solar gain.
It is always recommended that a solar hot water system be installed with a booster unit for days when there s low solar gain.
All of our gas boosted solar hot water systems utilise a dedicated continuous flow unit built around the same technology as the rinnai infinity australia s number one continuous flow hot water system.
Buy competitively priced solar hot water appliances from elgas australia s lpg experts.
250l 2 panel 315l 2 panel 315l 3 panel 400l 2 panel 400l 3 panel.
The gas geyser is used as a gas booster for periods of low solar energy gain such as cloudy weather cold days night time rainy days and during winter months.
The gas booster is for heating the water at times of low solar energy gain such as during cloudy or rainy weather or during colder months.