Harness the free heat from the air with an advanced air-source heat pump.

This renewable energy water heating technology will reduce home energy costs whilst providing a plentiful supply of hot water day and night in all weather conditions.

Hot water is a basic household need and there are few things more soothing than relaxing in a warm shower or bath. There are however, few things more frustrating than running out of hot water just when you want it. With a heat pump, reliable hot water is always on tap, regardless of the weather. An energy efficient heat pump is a great way for households to reduce their energy consumption and cost of living. They are ideal for the replacement off old electric water heaters, where residential gas reticulation is not available and when roof- mounted solar collectors are not feasible.

A New Thermal Battery

For your home solar system

You can store up to 18kw of heat in a single Enviroheat Tank. All the stored heat energy will be ready for you to use at night, when your typical hot water consumption will increase.

The Enviroheat system is the perfect addition to your rooftop solar system. Whether you have an existing solar system on your home or you are considering it for the future, the Enviroheat is the perfect choice to add to your system to gain maximum benefit from the energy generated by the sun.

Our advanced control system is equiped with an automatic timer that allows you to maximise solar power generated during the daytime at night.

A second timer allows for an early morning boost to ensure you never run out of hot water.

How do heat Pumps work?

To understand the concept of heat pumps, imagine a refrigerator working in reverse. While a refrigerator removes heat from an enclosed box and expels that heat to the surrounding air, a Heat Pump takes the heat from surrounding air and transfers it to water in an enclosed tank.

Heat pump technology makes efficient use of the heat in the surrounding air, even at temperatures as low as -70C. In fact the Enviroheat system is so efficient that it can convert 1kW of electricity into over 4kW of heat.

1. A fan draws in air containing heat energy, across the evaporator

2. The evaporator turns the liquid refrigerant into gas

3. The compressor pressurises the refrigerant into hot gas

4. The hot gas inside the condenser coil heats the water inside the tank

5. The refrigerant reverts back to a liquid after expansion & continues back to the evaporator for the process to start again

The Enviroheat Difference

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