(20 tube collectors) 7000 Btu per Hr
Solar Thermal Heating is cheap and reliable warming solution with easy installation
- Save money every month on your gas/electric bill.
- As low as 5 year return of investment (depends on installation cost and location to south facing positions)
- Perfect for rental properties as tenants can then pay a flat rate to you
- Can be used to heat hot tubs or tie in to in-floor heating.
- Rated up to 1” hail
- Can be used in our cold Canadian climate
- 7000 BTU Per Hr of sunlight
- High efficiency with daily average efficiency higher than 80-85%
- Withstands full main pressure of household water supply
- Can operate without power when using solar water circulation pumps
- Could be installed with parallel and/or series connections
- CE; ISO9001:2000; CCC, CE and
Components
- Solar Collector
- Vacuum Tubes
- Coated aluminum
- Heat Pipes inside Solar Vacuum Tube
- High borosilicate glass vacuum tube
- Polyurethane integral foam,55mm thickness
- Aluminum alloy/Stainless steel frame, 1~2mm thickness
- Stainless steel screws/nuts
- CE; ISO9001:2000; CCC
- Solar Collector
- Vacuum Tubes
- Coated aluminum
- Heat Pipes inside Solar Vacuum Tube
- High borosilicate glass vacuum tube
- Polyurethane integral foam,55mm thickness
- Aluminum alloy/Stainless steel frame, 1~2mm thickness
- Stainless steel screws/nuts
- CE; ISO9001:2000; CCC
Our split solar water heating system uses computer controlled pumps, valves, PV panels and controllers to circulate water or other heat-transfer fluids through the solar collectors. Our evacuated tube collectors can be used in either closed-loop or open-loop configurations.
The evacuated tubes are made from a type of glass called Borosilicate, also known as “Pyrex”. Borosilicate is used in cookware in kitchens around the world. It is both strong and has excellent light transparency. Our Evacuated solar tubes are rated to withstand 1” hail.
The unique part about the evacuated tube design is that outside temperature does not transfer to the inside of the evacuated tube. This is due to the massive vacuum between the 2 layers of glass, this vacuum acts a as a layer of insulation.
This means when there is sun light, the outside temperature could be -40*C and the internal tube temperature could be as high as +223*C. This thermo temperature is then transferred to the manifold via copper heat pipes inside of the evacuated tubes.
These copper heat pipes are hollow, under a vacuum and have a small amount of transfer fluid it. The Vacuum cause it to boil at a lower temperature, thus transferring the beyond boiling temperatures to the top passing fluids. The fluids do not touch , but in the the in side of the pipe there is a socket for the heat pipe to fit in to. This causes a transfer of heat to the circulation line,which in turn heats your hot water tank. Even in a case of bad night (-45) freezing the pump / system can be programed so that it reverses and circulates warm fluids to stop the heat pipes from freezing in the night.
The water is heated by the Sun and UV rays using our high performance evacuated solar tubes (7000 Btu per Hr), and the temperature rises in the solar collector loop. Once the temperature of the solar collector loop rises above the storage tank temperature, the pumps start automatically to cool the collector loop down and the heat gets transferred to the storage tank via a heat exchanger.
The evacuated tubes are made from a type of glass called Borosilicate, also known as “Pyrex”. Borosilicate is used in cookware in kitchens around the world. It is both strong and has excellent light transparency. Our Evacuated solar tubes are rated to withstand 1” hail.
The unique part about the evacuated tube design is that outside temperature does not transfer to the inside of the evacuated tube. This is due to the massive vacuum between the 2 layers of glass, this vacuum acts a as a layer of insulation.
This means when there is sun light, the outside temperature could be -40*C and the internal tube temperature could be as high as +223*C. This thermo temperature is then transferred to the manifold via copper heat pipes inside of the evacuated tubes.
These copper heat pipes are hollow, under a vacuum and have a small amount of transfer fluid it. The Vacuum cause it to boil at a lower temperature, thus transferring the beyond boiling temperatures to the top passing fluids. The fluids do not touch , but in the the in side of the pipe there is a socket for the heat pipe to fit in to. This causes a transfer of heat to the circulation line,which in turn heats your hot water tank. Even in a case of bad night (-45) freezing the pump / system can be programed so that it reverses and circulates warm fluids to stop the heat pipes from freezing in the night.
The water is heated by the Sun and UV rays using our high performance evacuated solar tubes (7000 Btu per Hr), and the temperature rises in the solar collector loop. Once the temperature of the solar collector loop rises above the storage tank temperature, the pumps start automatically to cool the collector loop down and the heat gets transferred to the storage tank via a heat exchanger.