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Air Source Heat Pumps |
How does it work?
The Ecodan air source heat pump system consists of an external box which is fitted to your outside wall. It harvests renewable, low grade energy from the outdoor air and upgrades this into useful heat to supply a home with hot water and heating.
For every 1kW of electricity fed into Ecodan, you will get at least 3kW of heating energy.
The outdoor unit is a bit like your fridge in that it has a circuit of factory-sealed copper piping containing ozone-friendly refrigerant, which is continually compressed and expanded to extract the free, renewable energy from the air.
Your fridge extracts heat from the box inside (to keep food cold) and rejects it at the back. The air source heat pump works a bit like this but in reverse in that it extracts heat from the outdoor air and upgrades it to heat up your hot water supply.
It can work efficiently all year round even if the outdoor temperature should drop to -15ºC.
The ECODAN RANGE of air source heat pump systems have been developed by Mitsubishi Electric specifically for the UK and bring advanced, inverter-driven technology refined in the commercial heating sector to your home.
A variety of styles and sizes for every home.
Ecodan heat pumps are ideal for use in a variety of house sizes or styles and it's carefully developed control system is designed to work perfectly to provide hot water to either traditional radiators or under floor heating systems.
The Ecodan will vary the flow temperature in the room automatically, based on the ambient temperature to keep the house warm.
Operating at these lower flow temperatures significantly improve efficiency (in comparison to older heating systems).
And more good news...
Ecodan offers hope for hard-pressed households everywhere, with a system to suit almost any property, providing they are well insulated; whether it is a small flat or a large detached house. Older properties that have been thermally upgraded can also benefit from this low carbon alternative to traditional domestic hot water systems. |