With the characteristics of energy efficiency and reliability, high-efficiency AC induction motors have application scenarios covering industrial production (driving equipment such as fans, water pumps and compressors, suitable for industries like chemical engineering and textiles), HVAC and civil fields (such as central air-conditioning fans and outdoor units of household air conditioners), new energy and transportation assistance (auxiliary systems of new energy vehicles and drive systems of electric forklifts), as well as agricultural and engineering machinery (irrigation water pumps and auxiliary components of harvesters). Their basic parameters include energy efficiency levels (common international standards IE3/IE4, corresponding to domestic Level 2/Level 1 energy efficiency), rated voltage (low voltage 220V/380V, medium voltage 3kV/6kV), rated power (from several hundred watts to several hundred kilowatts, with 1.5kW~200kW as the industrial mainstream), rated speed (synchronous speeds of 3000rpm/1500rpm/1000rpm, with a slip rate of 1%-5%), protection levels (IP54/IP55 for industrial use, IP65 for outdoor use, IP44 for civil use), and cooling methods (mainstream IC411 self-fan cooling, IC611 air-air cooling for large-scale motors, mostly Class F insulation with a maximum temperature rise of 105K). These motors can meet the power needs of different scenarios and reduce energy consumption.
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