CPC U-pipe solar collector, vacuum tube type collector

Could operate in very cold days, even under -30℃ambient temperature.

Fast system starting and rapid thermal conductivity in winter time.

Season independent operation thanks to the anti-freezing heat transfer medium.

Larger heat transfer end and wider copper pipe for faster heat transfer and higher efficiency. 

European Solar Keymark certified, with satisfactory annual energy yield.

Could work smoothly with high efficiency in winter days, even under -30℃。

Both the φ24 andφ14 heat transfer end are available. 

Suitable for water, space and process heating with 60℃-80℃temperature requirements.

Higher efficiency for temperature range under 60 ℃。

Without overheating problem in summer season.

The high quality selective coating material and multiple insulation technologies ensures the high absorption rate, low emission rate and excellent heat preservation performance. 

Certified by European Solar Keymark, with European standards annual energy yield.

Annual collector output at 50℃， location Würzburg is 1002kwh for the 2m2 flat plate solar collector.

The efficiency under EN12975 is 80.5% 

Vacuum tube for solar collector and solar water heater

20 years’ experience in the production of vacuum tube.

Facing the high-end market and medium-end market.

Has been supplying to the European market for 18 years. 

Higher absorption rate and lower emission rate, to increase the efficiency of the solar collector and solar water heater. 

Different diameter and length, for meeting different size requirements. 

Solar water heater for household application, certified by European Solar Keymark, widely installed in Europe, Middle East, South America, Africa, including the thermosiphon solar water heater, both the vacuum tube type and the flat plate type, both the non-pressurized system and pressurized system.

Solar collectors, certified by European Solar Keymark, both the vacuum tube type and flat plate type, including CPC U-pipe solar collector, heat pipe solar collector and flat plate solar collector, widely installed worldwide for the water heating, industrial process heating, district heating in winter time, solar cooling, etc, for hotels, factories, public works, office buildings, etc.   With total German technology, the CPC U-pipe solar collector could even supply the hot water up to 150℃。

Thermosiphon solar water heater

non-pressurized solar water heater

pressurized solar water heater

vacuum tube type solar water heater

flat plate type solar water heater

solar collector

vacuum tube type solar collector

flat plate type solar collector

CPC U-pipe solar collector

Heat pipe solar collector

Flat plate solar collector

Vacuum tube, φ47*1500/φ47*1800/φ58*1800/φ58*2100

Could operate in very cold days, even under -30℃ambient temperature.

Fast system starting and rapid thermal conductivity in winter time.

Season independent operation thanks to the anti-freezing heat transfer medium.

Larger heat transfer end and wider copper pipe for faster heat transfer and higher efficiency. 

European Solar Keymark certified, with satisfactory annual energy yield.

Could work smoothly with high efficiency in winter days, even under -30℃。

Both the φ24 andφ14 heat transfer end are available. 

Suitable for water, space and process heating with 60℃-80℃temperature requirements.

Higher efficiency for temperature range under 60 ℃。

Without overheating problem in summer season.

The high quality selective coating material and multiple insulation technologies ensures the high absorption rate, low emission rate and excellent heat preservation performance. 

Certified by European Solar Keymark, with European standards annual energy yield.

Annual collector output at 50℃， location Würzburg is 1002kwh for the 2m2 flat plate solar collector.

The efficiency under EN12975 is 80.5% 

Vacuum tube for solar collector and solar water heater

20 years’ experience in the production of vacuum tube.

Facing the high-end market and medium-end market.

Has been supplying to the European market for 18 years. 

Higher absorption rate and lower emission rate, to increase the efficiency of the solar collector and solar water heater. 

Different diameter and length, for meeting different size requirements.