The Research And The Development Of Solar-powered Structure Collector In The Alpine Areas

With the economic construction and improvement of living standards, life energy use also increased. Building air temperature control consumes large quantities of energy. In China, it accounts for the building to about 70% of total energy consumption. While the energy crisis and environmental degradation are also growing, for both clean and inexhaustible solar energy and architecture integration is increasingly being attention, developed for the construction of the solar collector modules become People research. The combination of solar and building for non-renewable fossil energy saving, environmental protection, improvement of human living space, to achieve sustainable economic and social development is of great significance.This combined with the actual needs of the Xinjiang region focuses on the characteristics of the refrigerant in the low-temperature inorganic heat pipe solar collector, its collector - heat transfer technology, the development of solar collector modules and structure optimization, the optimization of solar collector systems match , and building integration technology combined with several aspects of the research were analyzed in the collector Juyou collector efficiency, heat transfer speed and good cold resistance and the pressure advantage and modular design, interchangeable , and the combination of beautiful architecture.We build a Delphi-based software platform, the use of MPS-010601 multifunction USB data acquisition card of inorganic working fluid heat pipe solar collectors for thermal testing and analysis, derive the overall collector heat loss coefficient, the instantaneous efficiency formula and the calculation model of heat transfer factor.