Charging station system based on lithium titanate battery
Charging station system based on lithium titanate battery
The invention provides a charging station system based on the lithium titanate battery, the lithium titanate battery serves as an energy storage device, the charging and discharging capacity of the lithium titanate battery used within the multiplying power range of 0.1 C-20 C or even larger is fully utilized, the lithium titanate battery is connected with a solar system, a wind energy system and aconventional power grid, all-weather charging is achieved, and energy is stored to form an energy 'well'. When the electric vehicle needs to be charged, the electric vehicle is charged at a high ratethrough the electric vehicle charging device connected with the electric vehicle, and equivalently, electricity is directly taken from the energy 'well '. 1, high-difficulty special power grid and special line transformation of the charging station is avoided; 2, natural energy and power grid peak valley energy are fully utilized; and 3, the electric vehicle can be charged with higher power, andquick charging is truly realized.
本发明一种基于钛酸锂电池的充电站系统，通过钛酸锂电池作为储能装置，充分利用其0.1C～20C甚至更大倍率范围使用的充放电能力，使之与太阳能系统、风能系统及常规电网连接，实现全天候充电，储蓄能源形成一个能源“井”。当电动车需要充电时，通过与之连接的电动车充电装置，给电动车高倍率充电，相当于直接从该能源“井”中取电。一、避免高难度的充电站专用电网及专线改造；二、将自然能源及电网峰谷能源充分地利用起来；三、实现更高功率地给电动车充电，真正实现快充。
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Charging station system based on lithium titanate battery
一种基于钛酸锂电池的充电站系统
2020-10-27
Patent
Electronic Resource
Chinese
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