Supreme Solar 150 LPD SS

Supreme Solar 150 LPD SS

Supreme Solar 150 LPD SSmodels are of Stainless Steel SS304 Grade, hence Supreme Solar 150 ETC SS life of the solar water is much higher than other
Glass line solar water heaters are much reliable in harsh hard water areas. Glass line is a special coating which prevents rusting of tanks due to harsh hard water conditions.
Product available in 150 ETC SS, 150 ETC SS and 150 ETC SS litres capacity in ETC type systems

Supreme Solar models manufactured with high standard machinery and precision technology.

Supreme Solar 150 LPD SS

Supreme Solar 150 LPD SS we are working on renewable energy with advanced technology to ensure your solar water heater gives you the maximum benefit. We use PUFF for Supreme Solar 150 ETC SS keeping solar water hot for a long time. Hence the water Supreme Solar 150 ETC SS  is clean and hygienic as the tanks are glass enamelled coated.

With Supreme Solar it’s possible to contribute in making our environment pollution free and add to the green energy. Hence we are in the continuous process of upgrading our systems and machinery to international standards. To produce High quality solar systems for your residential and commercial purposes.

The Inner tank of these models are of Staleness Steel SS304 Grade, hence Supreme Solar 150 ETC SS life of the solar water is much higher than other
Product available in 150 ETC SS, 150 ETC SS and 150 ETC SS litres capacity in ETC type systems

Supreme Solar 150 LPD SS Evacuated tube collectors[edit]

Evacuated tube collectors are the most common solar thermal technology in China and in the World.^[6] They make use of a glass tube to surround the absorber with high vacuum and effectively resist atmospheric pressure. The vacuum that surrounds the absorber greatly reduces convection and conduction heat loss, therefore achieving greater energy conversion efficiency. The absorber can be either metallic as in the case of flat plate collectors or being a second concentric glass tube (“Sydney Tube”). Heat transfer fluid can flow in and out each tube or being in contact with a heat pipe reaching inside the tube. For the latter, heat pipes transfer heat to the fluid in a heat exchanger called a “manifold” placed transverse in respect to the tubes.^{[citation needed]} The manifold is wrapped in insulation (glass wool) and covered by a protective metal or plastic case also used for fixing to supports.

Glass-metal evacuated tubes are made with flat or curved metal absorber sheets same as those of flat plates. These sheets are joined to pipes or heat pipes to make “fins” and placed inside a single borosilicate glass tube. An anti-reflective coating can be deposited on the inner and outer surfaces of such tube to improve transparency. Both selective and anti-reflective coating (inner tube surface) will not degrade until the vacuum is lost.^[7] A high vacuum tight glass-metal seal is however required at one or both sides of each evacuated tube. This seal is cycled between ambient and fluid temperature each day of collector operation and might lead to failures in time.