Abstract: In order to lead the development of green, low-carbon, safe and efficient power transmission and distribution projects, temporary louver enclosures with wind air vent function have been proposed in response to the problem of deformation and damage to the windward surface of the enclosures under strong wind forces on the construction site, which performs well in wind resistance and ventilation effects. It also has the characteristics of a safe and stable foundation, reusable materials, and meets practicality and aesthetics. This paper first introduces the current background technologies of wind-resistant enclosures and then propose a louver enclosure with an air vent function. Secondly, considering the perspective of structural safety, this paper provides a detailed explanation and methodology verification for the design, construction, and installation implementation. At last, it analyzes the effectiveness of its implementation in the Beianhe 110 kV transmission and distribution project site, that fully demonstrating the broad application prospects of this enclosures.