摘要
基于优化的全局最大功率点跟踪算法,通过采用电压环、电流环分频控制,高效准确跟踪移动阴影遮挡情况下的全局最大功率点;设计光伏与动力电池组供能多模式方式,搭配高效电能管理系统,从工作模式切换能量管理方面实现能源高效协调运行,为客车提供离网增程动力。
Based on the optimized global maximum power point tracking algorithm,this paper uses voltage loop and current loop frequency division control to efficiently and accurately track the global maximum power point under moving shadow occlusion.Through designing multi-mode energy supply ways with photovoltaic and power battery and matching efficient electricity power management systems,the efficient and coordina-ted energy operation from the working mode to energy management is achieved to provide off-grid extended range power for the bus.
作者
孙丰涛
任建平
刘伟川
SUN Fengtao;REN Jianping;LIU Weichuan(Zhuhai Guangtong Automobile Co.,Ltd.,Zhuhai 519090,China)
出处
《客车技术与研究》
2024年第1期1-7,27,共8页
Bus & Coach Technology and Research
关键词
客车光伏技术
全局最大功率点跟踪
高效电能管理
bus photovoltaic technology
global maximum power point tracking
efficient power management
