Dr. Xu Shaohong from the School of Mechanical and Electrical Engineering of Beijing University of Chemical Technology and Beijing Pulaifu Environmental Counting Co., Ltd. successfully developed the PP-R capillary network heat exchanger, breaking the 20-year monopoly of technology in Germany, making China the second company in the world to produce this product. s country. Recently, the project passed the assessment of scientific and technological achievements organized by the Ministry of Construction.
The capillary network heat exchanger system simulates the capillary system of the human body and controls the interior environment of the building under constant temperature. It can efficiently use low-grade renewable energy to replace traditional heating and air-conditioning systems. According to reports, the capillary network heat exchanger has the characteristics of small water resistance, uniform flow distribution, large heat dissipation surface area, high temperature and high pressure, corrosion resistance, etc. It is an ideal high-efficiency heat exchanger and can be widely used in construction, industrial heat exchange, In the fields of energy collection and release, high temperature and humidity, etc., its service life can be more than 50 years, and reasonable use can avoid maintenance and cleaning.
Experts believe that if a capillary network heat exchanger is combined with a ground source heat pump or an air source heat pump, and a reasonable control is made up of an energy saving system, energy savings can be 70%; if it is combined with solar energy and cold and heat energy storage systems, energy savings can reach 90. %about.
The capillary network heat exchanger system simulates the capillary system of the human body and controls the interior environment of the building under constant temperature. It can efficiently use low-grade renewable energy to replace traditional heating and air-conditioning systems. According to reports, the capillary network heat exchanger has the characteristics of small water resistance, uniform flow distribution, large heat dissipation surface area, high temperature and high pressure, corrosion resistance, etc. It is an ideal high-efficiency heat exchanger and can be widely used in construction, industrial heat exchange, In the fields of energy collection and release, high temperature and humidity, etc., its service life can be more than 50 years, and reasonable use can avoid maintenance and cleaning.
Experts believe that if a capillary network heat exchanger is combined with a ground source heat pump or an air source heat pump, and a reasonable control is made up of an energy saving system, energy savings can be 70%; if it is combined with solar energy and cold and heat energy storage systems, energy savings can reach 90. %about.
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