BES introduction

BES（Building Energy Saver）is a new generation of energy storage products, with the function of storing and releasing latent heat and adjusting sharp temperature differences. The principle is to absorb heat or release heat through its own phase conversion, absorb solar heat during the day, convert and release heat at night, and achieve the effect of the temperature required by the human body or objects. And according to the change of the ambient temperature in different Spaces to form a relatively constant temperature microclimate, to achieve temperature regulation, so that the temperature of different Spaces is always maintained in the comfortable temperature range, the effect is equivalent to the room or objects installed with a no energy consumption "air conditioning". The products can be widely used in warehouses, computer rooms, commercial civilian buildings, but also can be used in outdoor camps, military posts and other fixed or temporary stations in areas with large temperature difference between day and night, it also has broad application prospects in electrical appliances, electronics, semiconductors and other fields that require temperature control and heat dissipation. This product has the advantages of easy assembly/disassembly, excellent thermal stability, no leakage, non-toxic, energy saving and emission reduction. Using this product can reduce the comprehensive energy consumption of air conditioning by 20%-40% 

Performance

Application

• Common residence and Hospitals, shopping malls, office buildings and other large public buildings. The products can be placed in the ceiling, wall decoration board, floor to adjust temperature fluctuations, reduce energy consumption and carbon emissions;

• Need low temperature and constant temperature environment space: Refrigerator truck , computer room, switch board room.etc;, reduce energy consumption. 

• High altitude areas, areas with large temperature differences between day and night, absorb solar energy during the day, release it at night, do not use air conditioning, warm in winter and cool in summer. 

·   Applied to the thermal management of lithium-ion batteries for new energy vehicles and the thermostatic materials for automotive interiors to solve the problems of "too cold" and "too hot";