Integrative Pressurized Solar Energy Equipment

Specifications

Integrated Pressurized Solar Water Heater
1.Sample offer.
2.5years guarantee, 15 years lifetime.
3.Delivery within 7days.

Feature:

1. Copper heat pipes for rapid heat transfer.

2. Easy plug-in installation.
3. Suitable for mains pressure water.
4. All stainless steel frame (SUS304 2B food grade SS).
5. Stable solar conversion throughout the day (tubes passively track the sun).
6. Highly efficient absorber of high performance with daily average efficiency over 50%

7. Start up quickly, the water is heated rapidly by heat pipe which will transfer the heat energy into the tank.

8. Can be used all year even in the cold climate area.

9. Long service life, can be used over 15 years.

 

Specification:

1. Water tank inner steel: 1.2~1.4mm SUS304-2B (food grade stainless steel)

2. Water tank outer steel: 0.3-04mm colored steel or 0.3-0.4mm SUS304-2B .

3. Stand: galvanized steel with painting, or aluminium alloy, or stainless steel.

4. Water tank heat insulation layer: 50~60 mm polyurethane foam.

5. Stand angle: 15 degree, 20 degree, 25 degree, 30 degree, 38 degree, 45 degree for flat roof or 0 degree for slope roof. 

 

Working principle of  compact heat pipe solar water heater

The key of this system is solar heat pipe collector, which consist of solar vacuum tube, heat pipe, manifold, frame etc. Heat pipe has some medium inside, When solar vacuum tube absorb heat energy from sun, then transmit it to heat pipe , the liquid medium of the bottom of heat pipe become vapor, then rise up to the top, cooled by cold water then go down to the bottom of heat pipe, This is circulation of solar heat pipe collector. This complete system is connected by pipe (copper pipe). There are two temperature sensors in solar heat pipe collector and water tank, For example, We set the temperature difference is 10 degree, when the water temperature rise, and the temperature difference between solar heat pipe collector and water tank exceed the set value, The controller inside solar working station will start the circulation pump, the cold water will cool the solar heat pipe collector, and heat the water inside water tank by exchanger inside water tank, when the temperature difference is down under the set value, The controller will stop the circulation. It just is circulation process. Via one day working, the water temperature of water tank can arrive in 50~95 degree, Then we can use the hot water inside the water tank!

 

Remark :      
a) We offer  2% vacuum tubes for free for exchange in case several shattered vacuum tubes during transit      
b) About the following accessories, if you need, we can offer it to you,  But should charge it.

 

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