The invention discloses a self-adaptive charging device based on a direct-current high-voltage micro-grid, which comprises a shared power pool, a power distribution module and a self-adaptive charging management module, and is characterized in that the voltage between the shared power pool and each charging terminal is over direct-current 1000V; a shared power pool is regulated and controlled by combining an energy storage side power pool with a multi-stage framework and a self-adaptive charging management technology, so that the technical effects that charging energy storage is dominated in a valley electricity period, and the energy storage power pool supplies power to a charging terminal in a peak electricity period are achieved; the technical effects that each charging terminal has an over-charging function and the use efficiency of the charging terminal is improved are achieved by combining multi-stage architecture power distribution and a self-adaptive charging management technology.
本发明公开了一种基于直流高压微电网的自适应充电装置,该装置包括共享功率池、功率分配模块和自适应充电管理模块,从共享功率池到各充电终端间为直流1000V以上的电压;采用多级架构的储能侧功率池与自适应充电管理技术结合来调控共享功率池,达到谷电时期充电储能为主,峰电时期以储能功率池向充电终端供电为主的技术效果;采用多级架构功率分配与自适应充电管理技术相结合来达到每一个充电终端都具有超充功能及提高充电终端使用效率的技术效果。
Self-adaptive charging device based on direct-current high-voltage micro-grid
一种基于直流高压微电网的自适应充电装置
2024-10-01
Patent
Electronic Resource
Chinese
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