Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-efficiency heat dissipation transformer substation
The invention discloses an efficient heat dissipation transformer substation. The box body is connected with a rainproof assembly. The left side of the box is connected with a radiating assembly; during use, the rainproof frame and the top cover cooperate with each other to block rain from the box body and guide rainwater into the first groove, so that the rainwater is effectively prevented from dripping from the edge of the rainproof frame, a safe rainproof effect is realized, and heat on the box body is brought out through the rainwater flowing in the first groove, thereby assisting in heat dissipation of the electrical element body, and improving the electrical element body heat dissipation efficiency. According to the invention, the heat dissipation function is realized while the rain is prevented, the heat dissipation effect is improved, meanwhile, the heat dissipation performance of the right side of the box body is improved through rainwater flowing in a third pipeline, the heat dissipation performance of the front side of the box body is improved through rainwater flowing in a second groove, and rainwater permeating out of a gap between the first groove and the second groove is collected through a first storage box. And rainwater flowing leftwards or rightwards along the inner side wall of the box body is intercepted through a third groove, so that the rainwater flows into the first storage box along the third groove, and the safety performance is improved.
本发明公开了一种高效散热变电站；箱体上连接有防雨组件；箱体左侧连接有散热组件；使用时，通过防雨框和顶罩相配合箱体挡雨，并将雨水导流至第一凹槽中，有效避免雨水从防雨框边缘滴落，实现安全防雨效果，并且通过第一凹槽中流动的雨水将箱体上的热量带出，从而对电气元件本体辅助散热，即在防雨的同时兼备散热功能，提高散热效果，同时，通过第三管道中流动的雨水提高箱体右侧的散热性能，通过第二凹槽中流动的雨水提高箱体前侧的散热性能，通过第一收纳盒对第一凹槽和第二凹槽间隙处渗透出的雨水进行收集，并且通过第三凹槽对沿着箱体内侧壁向左或向右的流动的雨水进行拦截，使得雨水顺着第三凹槽流入至第一收纳盒中，提高安全性能。
High-efficiency heat dissipation transformer substation
The invention discloses an efficient heat dissipation transformer substation. The box body is connected with a rainproof assembly. The left side of the box is connected with a radiating assembly; during use, the rainproof frame and the top cover cooperate with each other to block rain from the box body and guide rainwater into the first groove, so that the rainwater is effectively prevented from dripping from the edge of the rainproof frame, a safe rainproof effect is realized, and heat on the box body is brought out through the rainwater flowing in the first groove, thereby assisting in heat dissipation of the electrical element body, and improving the electrical element body heat dissipation efficiency. According to the invention, the heat dissipation function is realized while the rain is prevented, the heat dissipation effect is improved, meanwhile, the heat dissipation performance of the right side of the box body is improved through rainwater flowing in a third pipeline, the heat dissipation performance of the front side of the box body is improved through rainwater flowing in a second groove, and rainwater permeating out of a gap between the first groove and the second groove is collected through a first storage box. And rainwater flowing leftwards or rightwards along the inner side wall of the box body is intercepted through a third groove, so that the rainwater flows into the first storage box along the third groove, and the safety performance is improved.
本发明公开了一种高效散热变电站；箱体上连接有防雨组件；箱体左侧连接有散热组件；使用时，通过防雨框和顶罩相配合箱体挡雨，并将雨水导流至第一凹槽中，有效避免雨水从防雨框边缘滴落，实现安全防雨效果，并且通过第一凹槽中流动的雨水将箱体上的热量带出，从而对电气元件本体辅助散热，即在防雨的同时兼备散热功能，提高散热效果，同时，通过第三管道中流动的雨水提高箱体右侧的散热性能，通过第二凹槽中流动的雨水提高箱体前侧的散热性能，通过第一收纳盒对第一凹槽和第二凹槽间隙处渗透出的雨水进行收集，并且通过第三凹槽对沿着箱体内侧壁向左或向右的流动的雨水进行拦截，使得雨水顺着第三凹槽流入至第一收纳盒中，提高安全性能。
High-efficiency heat dissipation transformer substation
一种高效散热变电站
WU DONGSHUAI (Autor:in)
14.04.2023
Patent
Elektronische Ressource
Chinesisch
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