Progress and Trends of Thermal Management Technology for Intelligent Vehicle Motor and Electronic Control
Wang Xiaoyong, Huang Ruixin, Lin Xinjian, Wen Yuliang
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收稿日期
出版日期
2025-10-31
2025-12-20
发布日期
2025-12-20
摘要
目前，智能汽车热管理技术正从单一散热功能演进为提升车辆续航、性能与安全的关键系统。文章系统梳理电机电控热管理技术的发展历程，深入剖析行业新需求，从智能协同控制策略、高效复合散热技术、系统深度集成与余热回收利用三大维度详细阐述核心技术的进展，并通过对比特斯拉、比亚迪等主流厂商的技术方案验证其有效性。研究总结出该领域“集成化、高效化、智能化、精细化”四大发展趋势，并对依托相变材料研发、仿生散热设计与 AI 算法应用等领域的前沿技术发展趋势进行系统性展望与分析。
Abstract
Currently, the thermal management technology of intelligent vehicles is evolving from a single heat dissipation function to a key system for enhancing vehicle range, performance and safety. This article systematically reviews the development history of motor and electronic control thermal management technology, deeply analyzes the new demands of the industry, and elaborates in detail on the progress of core technologies from three dimensions: intelligent collaborative control strategies, efficient composite heat dissipation technology, and deep system integration and waste heat recovery and utilization. It also verifies the effectiveness of these technologies by analyzing the technical solutions of mainstream manufacturers such as Tesla and BYD. The research has summarized four major development trends in this field: integration, high efficiency, intelligence, and refinement. Meanwhile, it conducts a systematic outlook and analysis of the cutting-edge technological development trends in areas such as phase change material research and development, bionic heat dissipation design, and AI algorithm application.
Wang Xiaoyong, Huang Ruixin, Lin Xinjian, Wen Yuliang.
Progress and Trends of Thermal Management Technology for Intelligent Vehicle Motor and Electronic Control[J]. AUTO ELECTRIC PARTS. 2025, 1(12): 72-74
