Evcuated Tube Solar Hot Water
Greenland Systems offers a choice of three common product solutions to cover domestic solar hot water heating requirements, and various commercial applications.
Domestic
Greenland Systems 'Electric Boosted' Solar Collector
Hot water storage tank connected to mains power.
Typical System includes:
- Greenland Systems solar collector
- Everlast stainless steel cylinder (connected to mains power)
- Grundfos circulating pump
- Resol or SolarKnight electronic controller
- Caleffi solar tempering valve.
Greenland Systems 'Gas Boosted' Solar Collector
Where natural gas or LPG bottle gas is available.
Typical System includes:
- Greenland Systems solar collector
- Everlast stainless steel cylinder
- Grundfos circulating pump
- Resol or SolarKnight electronic controller
- Caleffi solar tempering valve
- Rinnai continuous flow gas booster.
Other Domestic Applications
- Hydronic floor heating.
- Swimming pools & spa heating.
- Wetback and wood stove connections.
Greenland Systems Retrofit
A Greenland Systems solar water heating retrofit kit can be an efficient and economical solution. A retrofit kit is most suitable for customers wishing to add solar heating capability while keeping their existing solar compatible hot water cylinder.
By adding the Greenland Systems solar water heating retrofit kit to your hot water cylinder you will contribute to the reduction of greenhouse gas emissions and save money on your energy bills.
Commercial
Large Scale Solar Array Installations
The modular construction of Greenland Systems solar collectors makes large commercial and industrial applications easier than ever. Commercial installations incorporating several hundred Greenland Systems collectors can be built with nominal output rating in excess of 1 MegaWatt.
Other Commercial Applications
- Commercial laundries.
- Aged care accommodation.
- Hotels, motels and guest houses.
- Wineries, breweries & dairies.
The above are examples of the many possible configurations. Please contact us regarding your particular requirements.
