新能源汽车空调制冷智能控制系统研发与应用
首发时间:2025-04-30
摘要:为了降低新能源汽车空调制冷系统的能源消耗和提高系统平稳高效运行的能力,从软件和硬件两方面设计和研发了一套新能源汽车空调制冷智能控制系统。在软件系统设计方面,涵盖了主程序、电机启动程序、电流检测程序、无位置传感器控制程序、压缩机控制算法程序等多个程序设计部分。硬件电路设计包含最小控制系统电路、驱动电路、转子位置检测电路等。最后,从软件和硬件两个维度展开工作,并以压缩机为核心构建整个空调制冷系统,有效控制电机转速波动,提升抗干扰能力和动态控制性能,促进新能源汽车空调制冷智能控制系统领域的发展。
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Research and Application of Intelligent Control Systems for New Energy Vehicle Air Conditioning Cooling
Abstract: In order to reduce the energy consumption of the air-conditioning and refrigeration system of new energy vehicles and improve the ability of the system to run smoothly and efficiently, a set of intelligent air-conditioning and refrigeration control system for new energy vehicles was designed and developed from both software and hardware aspects. In terms of software system design, it covers multiple program design parts such as main program, motoResearch and Application of Intelligent Control Systems for New Energy Vehicle Air Conditioning Coolingr start program, current detection program, position sensorless control program, compressor control algorithm program, etc. The hardware circuit design includes the minimum control system circuit, the drive circuit, the rotor position detection circuit, etc. Finally, the work is carried out from the two dimensions of software and hardware, and the entire air-conditioning and refrigeration system is built with the compressor as the core, which effectively controls the speed fluctuation of the motor, improves the anti-interference ability and dynamic control performance, and promotes the development of the intelligent control system of air conditioning and refrigeration of new energy vehicles.
Keywords: new energy vehicles air conditioning compressor motor speed control
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