The invention discloses a vehicle network integration interaction demand response system and method. The system comprises a charging pile configuration unit, a charging station information issuing unit, a discharging configuration unit, a navigation unit, a vehicle information issuing unit, a vehicle charging strategy unit, a vehicle networking unit and a handheld terminal unit. The charging pile configuration unit distributes charging piles for the electric vehicles; the discharge configuration unit compiles the electric vehicles selecting the dischargeable strategy into a power supply group, and charges a power grid of a charging station in the peak period of power utilization; the navigation unit guides a plurality of electric vehicles with the same charging strategy and the voltage difference value in a preset range to the same charging pile; and the vehicle charging strategy unit configures a charging strategy of the electric vehicle. The demand of the electric vehicle is fully expressed through the vehicle charging strategy unit, the vehicle and the charging station fully interact through the vehicle networking unit, and the charging pile configuration unit and the discharging configuration unit fully respond to the vehicle demand, so that the vehicle and the power grid are efficiently fused and fully and positively interact.
本发明公开了一种车网融合互动需求响应系统及方法,该系统包括充电桩配置单元、充电站信息发布单元、放电配置单元、导航单元、车辆信息发布单元、车辆充电策略单元、车联网单元和手持终端单元;充电桩配置单元为电动汽车分配充电桩;放电配置单元将选择可放电策略的电动汽车编成供电组,并在用电高峰期向充电站电网充电;导航单元将多辆电压差值在预设范围内且充电策略相同的电动汽车引导至同一充电桩;车辆充电策略单元配置电动汽车的充电策略。本发明电动汽车的需求通过车辆充电策略单元充分表达,车辆和充电站之间通过车联网单元充分互动,充电桩配置单元和放电配置单元充分响应车辆需求,使车辆和电网高效融合且充分积极互动。
Vehicle network integration interaction demand response system and method
一种车网融合互动需求响应系统及方法
2024-01-30
Patent
Elektronische Ressource
Chinesisch
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