The invention discloses a bidirectional reversible power generation grid-connected charging pile system. The charging pile system comprises the following steps: S1, collecting peak-valley-flat information of a periodic or fixed power grid; s2, judging whether the intelligent power grid is in a valley electricity period or a peak electricity period according to the current period, and generating and adjusting an orderly power supply execution strategy or a discharge plan strategy of the charging pile; the ordered power supply strategy specifically refers to a power supply scheme for collecting peak-valley-flat information of a power grid to adjust and guarantee residential electricity consumption or other electricity consumption; the ordered discharging strategy specifically comprises the step of collecting peak-valley-flat information of a power grid and adjusting a discharging scheme according to a gap of the power grid. And S3, when the power grid is in the off-peak electricity period, adjusting an ordered charging and power supply plan strategy and an ordered discharging and power supply plan strategy according to the data set by the user detected by the central processing unit, and optimizing the power utilization quality of other users of the power grid in the current period.
一种双向可逆发电并网的充电桩系统,包括以下步骤:S1周期性或者固定性电网的采集峰谷平信息;S2根据当前周期的智能电网判断是否处于谷电期或者峰电期,生成并调整充电桩的有序的执行供电策略或者放电计划策略;所述的有序的供电策略,具体为采集电网峰谷平信息而调整保障居民用电或者其他用电的供给方案;所述的有序的放电策略,具体为采集电网峰谷平信息根据电网缺口而调整放电方案。S3在电网处于谷电期时,根据中央处理器检测用户设定数据进行有序充供电计划策略和有序放供电计划策略调整,优化当前周期的电网其他用户用电质量。
Bidirectional reversible power generation grid-connected charging pile system
一种双向可逆发电并网的充电桩系统
2022-04-05
Patent
Electronic Resource
Chinese
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