Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Electric vehicle charging parking lot
The invention relates to an electric vehicle charging parking lot which comprises a plurality of adjacent parking charging chambers, each parking charging chamber is internally provided with at least one charging interface, the charging interfaces in the parking charging chambers are electrically connected through connecting lines, each parking charging chamber is internally provided with a fireproof device, and each fireproof device comprises an induction module. The induction module can trigger the fireproof device to start. Through the arrangement of the fireproof device and the induction module, the parking lot can be ensured to respond timely at the first time when a fire occurs, the influence of battery combustion on other charging units is controlled to the maximum extent, the loss is effectively reduced, meanwhile, the induction module can replace an electronic element, and the cost is reduced. After spontaneous combustion of the battery, fire extinguishing response can be started through a structure cooperation relation, and the situation that a fireproof device cannot be started due to electronic element failure after fire occurs is avoided.
本发明涉及一种电动车充电停车场，包括多个相邻设置的停车充电室，停车充电室内设有至少一个充电接口，各停车充电室中的充电接口通过连接线路电连接，各停车充电室内分别设有防火装置，防火装置包括感应模块，感应模块能够触发防火装置启动。本发明中通过设置防火装置和感应模块，可确保停车场在发生火情时第一时间及时响应，最大限度地控制电池燃烧对其它充电单元的影响，有效降低损失，与此同时，本申请中的感应模块可替代电子元件，电池自燃后通过结构配合关系即可启动灭火响应，避免发生火情后电子元件失灵造成防火装置无法启动。
Electric vehicle charging parking lot
The invention relates to an electric vehicle charging parking lot which comprises a plurality of adjacent parking charging chambers, each parking charging chamber is internally provided with at least one charging interface, the charging interfaces in the parking charging chambers are electrically connected through connecting lines, each parking charging chamber is internally provided with a fireproof device, and each fireproof device comprises an induction module. The induction module can trigger the fireproof device to start. Through the arrangement of the fireproof device and the induction module, the parking lot can be ensured to respond timely at the first time when a fire occurs, the influence of battery combustion on other charging units is controlled to the maximum extent, the loss is effectively reduced, meanwhile, the induction module can replace an electronic element, and the cost is reduced. After spontaneous combustion of the battery, fire extinguishing response can be started through a structure cooperation relation, and the situation that a fireproof device cannot be started due to electronic element failure after fire occurs is avoided.
本发明涉及一种电动车充电停车场，包括多个相邻设置的停车充电室，停车充电室内设有至少一个充电接口，各停车充电室中的充电接口通过连接线路电连接，各停车充电室内分别设有防火装置，防火装置包括感应模块，感应模块能够触发防火装置启动。本发明中通过设置防火装置和感应模块，可确保停车场在发生火情时第一时间及时响应，最大限度地控制电池燃烧对其它充电单元的影响，有效降低损失，与此同时，本申请中的感应模块可替代电子元件，电池自燃后通过结构配合关系即可启动灭火响应，避免发生火情后电子元件失灵造成防火装置无法启动。
Electric vehicle charging parking lot
一种电动车充电停车场
WU DEJIE (Autor:in) / WU SHANGPENG (Autor:in)
18.04.2023
Patent
Elektronische Ressource
Chinesisch
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