Thermodynamic solar panels is based on theories and principles Léonard Sadi Carnot Nicolas, who was considered the pioneer of thermodynamics. Application of these Principles and use of modern materials in thermodynamic solar panels led to that are now used for domestic hot water production, greencore kiveton as domestic greencore kiveton heating systems or for heating swimming pools.
Thermodynamic solar panels are able to collect heat from the environment even in wind and rain, 24 hours a day, 365 days a year. One of their innovative features is the circulation of a cooling fluid to a negative temperature, which allows the collection greencore kiveton of large amounts of heat from solar energy and the environment, which is then transferred to the water through a heat exchanger.
Temperature gradient caused by external atmospheric agents will cause the fluid that circulates through the collector thermodynamic turn into gas and evaporate inside the panel. After evaporation, the liquid is sucked by a compressor, which increases its temperature and pressure. The heat generated during compression is transferred greencore kiveton to the water through the heat exchanger.
Before the fluid to return to the solar panel is necessary pressure drop, so the gas to turn liquid, thus completing the cycle. Thermodynamic greencore kiveton solar systems uses two kinds of refrigeration fluids known that comply greencore kiveton with European standards: R134 - A and R 407C. They do not contain ammonia and are considered environmentally friendly. They present several characteristics: they are not toxic, flammable, corrosive, chemically stable in situations of high temperature and pressure, contain no chlorine and are easily manipulated.
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