科技与创新
科技與創新
과기여창신
Science and Technology & Innovation
2015年
16期
68-68
,共1页
纯电动汽车%能量回馈%驱动电机%机械制动系统
純電動汽車%能量迴饋%驅動電機%機械製動繫統
순전동기차%능량회궤%구동전궤%궤계제동계통
pure electric vehicle%energy feedback%drive motor%mechanical brake system
制动能量回馈是电动汽车特有的功能之一，即电动汽车在制动时，驱动电机处于发电状态，可为电池充电，从而实现制动能量的再生利用。通过对电液制动系统再生制动控制进行研究，减少了运行中的动力浪费，延长了纯电动汽车的使用寿命。因此，应根据纯电动汽车现有的电液制动系统，设定有效的再生制动控制策略，从而完善纯电动汽车的构造，实现更高的舒适性。
製動能量迴饋是電動汽車特有的功能之一，即電動汽車在製動時，驅動電機處于髮電狀態，可為電池充電，從而實現製動能量的再生利用。通過對電液製動繫統再生製動控製進行研究，減少瞭運行中的動力浪費，延長瞭純電動汽車的使用壽命。因此，應根據純電動汽車現有的電液製動繫統，設定有效的再生製動控製策略，從而完善純電動汽車的構造，實現更高的舒適性。
제동능량회궤시전동기차특유적공능지일，즉전동기차재제동시，구동전궤처우발전상태，가위전지충전，종이실현제동능량적재생이용。통과대전액제동계통재생제동공제진행연구，감소료운행중적동력낭비，연장료순전동기차적사용수명。인차，응근거순전동기차현유적전액제동계통，설정유효적재생제동공제책략，종이완선순전동기차적구조，실현경고적서괄성。
The regenerative braking is one of the features of electric cars would have a special, namely electric vehicle during braking, driving motor is in the state of power, to charge the battery, so as to realize the braking energy regeneration and utilization. The research on regenerative braking control of electro hydraulic braking system is carried out, which reduces the power waste and prolongs the service life of electric vehicle. Therefore, we should set up the effective regenerative braking control strategy according to the existing electro liquid brake system of pure electric vehicle, so as to improve the structure of pure electric vehicle and achieve higher comfort.
