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A platform for research: civil engineering, architecture and urbanism
Light storage and charging integrated co-located energy storage coupling structure charging station and construction method thereof
The invention relates to the technical field of charging stations, in particular to a light storage and charging integrated co-located energy storage coupling structure charging station and a construction method. A vehicle is parked on a vehicle storage mechanism, a coupling charging mechanism is connected with an electric vehicle, and electric energy in an energy storage mechanism is transmitted to the electric vehicle through the coupling charging mechanism; when the energy storage mechanism locally has high-temperature abnormity, a circuit of the high-temperature abnormity part is automatically cut off through the protection mechanism, and the high-temperature abnormity part is quickly and physically isolated from the energy storage mechanism to protect the energy storage mechanism, so that the loss of the energy storage mechanism is reduced, accidents are avoided, and the normal operation rate and the safety of the charging station are improved; comprising an energy storage mechanism; the system further comprises a parking mechanism, a coupling charging mechanism and a protection mechanism, the parking mechanism is installed on the ground, the coupling charging mechanism is installed on the parking mechanism, the energy storage mechanism is installed underground, the energy storage mechanism is located below the parking mechanism, and the protection mechanism is installed below the energy storage mechanism.
本发明涉及充电站的技术领域，特别是涉及一种光储充一体化共置储能耦合结构充电站及构建方法，其将车辆停于存车机构上，将耦合充电机构与电动汽车相连接，通过耦合充电机构将储能机构中的电能传输至电动汽车中，在储能机构的局部出现高温异常时，通过防护机构将高温异常部分电路自动切断，并将高温异常部分与储能机构快速物理隔离，对储能机构进行防护，从而减少储能机构的损失，避免事故的发生，由此提高充电站的正常运行率和安全性；包括储能机构；还包括存车机构、耦合充电机构和防护机构，存车机构安装于地面上，耦合充电机构安装于存车机构上储能机构安装于地面下，并且储能机构位于存车机构的下方，防护机构安装于储能机构的下方。
Light storage and charging integrated co-located energy storage coupling structure charging station and construction method thereof
The invention relates to the technical field of charging stations, in particular to a light storage and charging integrated co-located energy storage coupling structure charging station and a construction method. A vehicle is parked on a vehicle storage mechanism, a coupling charging mechanism is connected with an electric vehicle, and electric energy in an energy storage mechanism is transmitted to the electric vehicle through the coupling charging mechanism; when the energy storage mechanism locally has high-temperature abnormity, a circuit of the high-temperature abnormity part is automatically cut off through the protection mechanism, and the high-temperature abnormity part is quickly and physically isolated from the energy storage mechanism to protect the energy storage mechanism, so that the loss of the energy storage mechanism is reduced, accidents are avoided, and the normal operation rate and the safety of the charging station are improved; comprising an energy storage mechanism; the system further comprises a parking mechanism, a coupling charging mechanism and a protection mechanism, the parking mechanism is installed on the ground, the coupling charging mechanism is installed on the parking mechanism, the energy storage mechanism is installed underground, the energy storage mechanism is located below the parking mechanism, and the protection mechanism is installed below the energy storage mechanism.
本发明涉及充电站的技术领域，特别是涉及一种光储充一体化共置储能耦合结构充电站及构建方法，其将车辆停于存车机构上，将耦合充电机构与电动汽车相连接，通过耦合充电机构将储能机构中的电能传输至电动汽车中，在储能机构的局部出现高温异常时，通过防护机构将高温异常部分电路自动切断，并将高温异常部分与储能机构快速物理隔离，对储能机构进行防护，从而减少储能机构的损失，避免事故的发生，由此提高充电站的正常运行率和安全性；包括储能机构；还包括存车机构、耦合充电机构和防护机构，存车机构安装于地面上，耦合充电机构安装于存车机构上储能机构安装于地面下，并且储能机构位于存车机构的下方，防护机构安装于储能机构的下方。
Light storage and charging integrated co-located energy storage coupling structure charging station and construction method thereof
光储充一体化共置储能耦合结构充电站及构建方法
ZHOU YONG (author) / LIANG RONGJIN (author) / ZHANG JIASHENG (author) / WANG SHANMEI (author) / GUO DONG (author) / WANG PEIPEI (author)
2023-09-01
Patent
Electronic Resource
Chinese
Optical storage, charging and detection integrated power station
| European Patent Office | 2024