The application of spherical refrigeration compressors in the fields of household air conditioners, new energy vehicles, and refrigerators
Spherical Carbon Dioxide Expansion Compressor - Domestic Air Conditioner
Energy conservation and emission reduction have become the consensus of global development. Carbon peaking and carbon neutrality are strategic cooperation reached by the international community to control global warming.
The current global annual output of domestic air conditioners exceeds 100 million units. The traditional refrigerants used in each compressor can generate approximately 2 tons of equivalent greenhouse gas emissions, making it an important source of global greenhouse gas emissions. Every year, 200 - 300 million tons of greenhouse gas emissions are added.
The consensus in the global refrigeration scientific community is that if carbon dioxide is used as a refrigerant, this source of emissions can be completely eliminated. Because carbon dioxide can be collected from existing industrial production processes, without adding to the environmental burden, and at a low cost.
The current dilemma is that global research over the past two decades has shown that, relying on existing compressor technologies and principles, it is impossible to develop a high - efficiency carbon dioxide expansion compressor (refrigeration compressor/heat pump) for domestic air conditioners.
Based on the principle of spherical power machinery, in theory, a carbon dioxide spherical expansion compressor with high efficiency, compact structure, high reliability, and moderate cost can be designed to solve this major global problem.
Combined CO2 Spherical Expansion Compressor
Applications of spherical refrigeration compressors in the fields of household air conditioners, new energy vehicles, and refrigerators
Spherical Carbon Dioxide Expansion Compressor - New Energy Vehicles
The energy consumption of the existing air - conditioning systems in new energy vehicles has become a key factor limiting the cruising range, especially when heating is required in cold seasons.
Tens of millions of automotive air - conditioners are produced each year, making it one of the important sources of greenhouse gas emissions. Each year, there are over hundreds of millions of tons of equivalent greenhouse gas emissions.
The spherical carbon dioxide expansion compressor can theoretically solve the above - mentioned global problems.
Spherical refrigerator compressor
In the field of refrigerators, change the current situation where the existing technology cannot develop a truly wide - range variable - frequency refrigerator compressor, and improve the energy consumption efficiency and usage quality of refrigerators.
