现代电子技术
現代電子技術
현대전자기술
MODERN ELECTRONICS TECHNIQUE
2014年
21期
142-144,148
,共4页
电动汽车%超级电容%STM32103VE%永磁同步电机%能量回收
電動汽車%超級電容%STM32103VE%永磁同步電機%能量迴收
전동기차%초급전용%STM32103VE%영자동보전궤%능량회수
electric car%super-capacitor%STM32103VE%permanent magnet synchronous motor%energy recovery
针对目前燃油汽车对环境造成严重的破坏并且引起能源紧缺的问题，而电动汽车将逐渐成为汽车发展主流的的现状，给出了一种基于STM32103VE控制器和电压空间矢量SVPWM技术的双永磁同步电机拖动、采用超级电容组进行能量回收的电动汽车运行模拟硬件开发平台。实验结果表明，该系统具有结构简单、功能强大等优点，能够实现模拟电动汽车运行以及采用超级电容组进行能量回收的目的。
針對目前燃油汽車對環境造成嚴重的破壞併且引起能源緊缺的問題，而電動汽車將逐漸成為汽車髮展主流的的現狀，給齣瞭一種基于STM32103VE控製器和電壓空間矢量SVPWM技術的雙永磁同步電機拖動、採用超級電容組進行能量迴收的電動汽車運行模擬硬件開髮平檯。實驗結果錶明，該繫統具有結構簡單、功能彊大等優點，能夠實現模擬電動汽車運行以及採用超級電容組進行能量迴收的目的。
침대목전연유기차대배경조성엄중적파배병차인기능원긴결적문제，이전동기차장축점성위기차발전주류적적현상，급출료일충기우STM32103VE공제기화전압공간시량SVPWM기술적쌍영자동보전궤타동、채용초급전용조진행능량회수적전동기차운행모의경건개발평태。실험결과표명，해계통구유결구간단、공능강대등우점，능구실현모의전동기차운행이급채용초급전용조진행능량회수적목적。
Considering the serious pollution to the environment and energy shortage caused by fuel cars,and electric car will become the mainstream of car industry development. A hardware development platform for running simulation of electric car with a super capacitor group for the energy recovery is given,which is dragged by double permanent magnet synchronous motor based onSTM32103VE controller and voltage space vector SVPWM technology. The experimental results show that this system is of simple structure and powerful function,and can simulate the electric car running and realize energy recovery by super capaci-tor group.
