The core technology of composite energy-saving devices lies in their high thermal conductivity composite materials and structural optimization design. The device consists of more than 80 precision-designed prismatic crystal blocks, each made of a composite material with excellent thermal conductivity. This material not only has superior heat conductivity, but also has excellent characteristics of high temperature resistance, oxidation resistance and corrosion resistance, ensuring stable operation even in extreme working environments. The structural design of the device has been precisely optimized, so that each crystal block can maximize the dissipation of heat generated by the air conditioning compressor when working. Through an efficient heat exchange process, composite energy-saving devices can effectively reduce the working temperature of air conditioning compressors, thereby reducing energy efficiency losses caused by overheating. This innovative design effectively improves the overall energy efficiency and operating stability of the air conditioning system, and solves the problem of energy efficiency attenuation of traditional air conditioners during long-term use.

The device can significantly reduce the compressor temperature by more than 10 ℃, alleviating the "sub-health" state of the compressor. This temperature drop not only reduces power losses caused by overheating of the compressor, but also optimizes the overall refrigeration efficiency of the air conditioner. During the refrigeration process, the operating temperature of the compressor is reduced, which can compress the refrigerant more efficiently, improving the compression efficiency of the refrigerant, thereby achieving faster refrigeration speed and higher refrigeration capacity. Combined with Valley Wind No. 1 spraying material, the composite energy-saving device can optimize the distribution rate of cold and hot media between the air conditioner condenser and the compressor, and further improve heat exchange efficiency. The composite energy-saving device works together with the sprayed material to minimize energy waste and improve the overall energy-saving effect of the air conditioning system. The power saving rate is as high as 25%-30%(the power saving rate of inverter air conditioners can reach more than 40%), which significantly reduces power consumption, helps users save electricity bills, and also contributes to environmental protection.

In addition to energy-saving effects, composite energy-saving devices also have excellent noise control functions. By reducing the operating temperature of the compressor and optimizing heat conduction, the composite energy-saving device effectively reduces the noise during operation of the air conditioning system. Traditional air conditioners are often accompanied by loud noise during high-load operation, while composite energy-saving devices significantly reduce the noise during operation of the air conditioning system by reducing the temperature and accelerating the heat dissipation process, making the indoor environment quieter and more comfortable. At the same time, composite energy-saving devices can also optimize the temperature control performance of air conditioners and improve the heat exchange efficiency of air conditioning systems. After the system reaches the set temperature, the device can quickly cool down or warm up to ensure stable indoor temperature, avoid frequent start-up and shut-down of the air conditioner, thereby reducing ineffective energy consumption.

Not only is it reflected in reducing users 'electricity bills, but the energy-saving effect of composite energy-saving devices also lies in their positive impact on the environment. By reducing the operating temperature of the compressor, the device can significantly reduce the heat emissions of the external unit of the air conditioner and reduce the exhaust temperature of the outdoor unit, thereby alleviating the greenhouse effect. As the number of air conditioners continues to increase in the world, reducing the heat emissions of air conditioners to the environment has become an important issue in the environmental protection industry. Composite energy-saving devices reduce the burden on the environment by reducing heat emissions from air conditioners. It provides feasible energy-saving solutions for more than 5 billion split air conditioners around the world and makes important contributions to environmental protection. Through intelligent management and efficient energy-saving technologies, composite energy-saving devices help reduce greenhouse gas emissions and reduce the carbon footprint during the use of air conditioners.

As the world's exclusive patented energy-saving device, it has unique technical barriers and fills the technical gap in the field of air conditioning energy conservation. Its innovative design and high-tech composite materials make it unique in the air conditioning industry and has not been replicated or imitated by other companies. Relying on the exclusive nature of patented technology, composite energy-saving devices have occupied an important position in the global market and become a leader in the field of air conditioning energy conservation. In addition, the efficient energy efficiency of composite energy-saving devices not only improves the working efficiency of air conditioning systems, but also brings a greener and environmentally friendly air conditioning experience to users around the world. In the face of growing global energy demand and environmental pressure, composite energy-saving devices provide revolutionary technical solutions for the air conditioning industry.

By optimizing compressor operating temperature, improving heat exchange efficiency, and reducing energy consumption and noise, it not only improves the performance of the air conditioning system, but also reduces the burden of air conditioning on the environment. As the world's exclusive patented product, composite energy-saving devices have filled the gap in air-conditioning energy-saving technology and become a core innovation in energy conservation, environmental protection and emission reduction in the global air-conditioning industry. Composite energy-saving devices are a major technological breakthrough in the air conditioning industry. They not only bring users an efficient, energy-saving and environmentally friendly air conditioning experience, but also make positive contributions to global energy conservation and environmental protection.