Research shows that injecting a certain amount of PROA in the refrigeration unit can improve the heat exchange efficiency of the heat exchanger, improve the lubrication capacity of the compressor, and achieve the purpose of improving power, saving energy, and prolonging the life of the machine. In the refrigeration system (device), the main heat-transferred heat components such as evaporators, condensers, etc., after a period of operation, due to the deposition of refrigerant, frozen oil, or a chemical mixture on the wall of the pipe, the normal heat transfer effect is hindered. The system extends working hours and increases energy consumption.
After the "PROA" polarizer is added into the refrigeration system, its polar molecules can penetrate into the interstitial spaces of the metal molecules in the order of crystal lattice, thereby removing deposits such as oil film. Because each "PROA" polarizer molecule is negatively charged, it will not overlap, and only a very thin layer of molecular film will be formed on the inner surface of the metal to form electromagnetic heat conduction, which can not only increase the heat transfer effect, but also Improve the lubricity of the entire system's operating components, effectively reducing the motor load, to achieve better energy efficiency. The compressor is a device that operates under power, and other devices are devices that are compatible with the compressor. Refrigerant and refrigeration oil are sucked in and discharged through the compressor through other equipment and circulated throughout the refrigeration system.
The average energy-saving rate is 29.11. Excluding the influence of the ambient temperature, the actual energy-saving rate is estimated to be 25, which means that the energy-saving effect of adding "PROA" polarizer is increasing. After the "PROA" polarizer was added to the refrigeration system, the equipment was working properly and no abnormalities were found. It has been estimated that investment in adding "PROA" polarizer can be recovered in about 6 months. As the "PROA" polarizer has the effect of improving lubrication, it can serve to extend the service life of the equipment. According to the report of the US Department of Energy, the use of "PROA" polarizers can increase the metal's ability to resist oxidation 78 and increase the equipment's ability to lubricate 1500.
Through the test results, we can see that the refrigeration device adopts this energy-saving technology, with a short payback period and significant energy saving effect; at the same time, it can also increase the lubrication capacity of the equipment, reduce noise, and prolong the service life of equipment; this energy-saving technology can not only be applied The refrigeration system for large and small cold storage can also be used in air conditioners, refrigerators, heat pumps and other equipment; after this energy-saving technology is promoted to the society, it will receive immeasurable social benefits. For this reason, this energy-saving technology "PROA" polarizer has a higher value of use and promotion.
After the "PROA" polarizer is added into the refrigeration system, its polar molecules can penetrate into the interstitial spaces of the metal molecules in the order of crystal lattice, thereby removing deposits such as oil film. Because each "PROA" polarizer molecule is negatively charged, it will not overlap, and only a very thin layer of molecular film will be formed on the inner surface of the metal to form electromagnetic heat conduction, which can not only increase the heat transfer effect, but also Improve the lubricity of the entire system's operating components, effectively reducing the motor load, to achieve better energy efficiency. The compressor is a device that operates under power, and other devices are devices that are compatible with the compressor. Refrigerant and refrigeration oil are sucked in and discharged through the compressor through other equipment and circulated throughout the refrigeration system.
The average energy-saving rate is 29.11. Excluding the influence of the ambient temperature, the actual energy-saving rate is estimated to be 25, which means that the energy-saving effect of adding "PROA" polarizer is increasing. After the "PROA" polarizer was added to the refrigeration system, the equipment was working properly and no abnormalities were found. It has been estimated that investment in adding "PROA" polarizer can be recovered in about 6 months. As the "PROA" polarizer has the effect of improving lubrication, it can serve to extend the service life of the equipment. According to the report of the US Department of Energy, the use of "PROA" polarizers can increase the metal's ability to resist oxidation 78 and increase the equipment's ability to lubricate 1500.
Through the test results, we can see that the refrigeration device adopts this energy-saving technology, with a short payback period and significant energy saving effect; at the same time, it can also increase the lubrication capacity of the equipment, reduce noise, and prolong the service life of equipment; this energy-saving technology can not only be applied The refrigeration system for large and small cold storage can also be used in air conditioners, refrigerators, heat pumps and other equipment; after this energy-saving technology is promoted to the society, it will receive immeasurable social benefits. For this reason, this energy-saving technology "PROA" polarizer has a higher value of use and promotion.
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