风力发电基座水泥钢模板选用加厚钢板焊接成型，加筋板固定，加强模板硬度，提高模板使用率，结构为组合式、拆模简单，操作方便。风力发电机能固定在地面上靠的是使用风力发电基座水泥钢模板浇筑出来是水泥底座，依靠体积重量的水泥底座来支撑大型风力发电机正常平稳运行。风力发电基座水泥钢模板需要使用 户型钢板将整个基础围住，在圈中放入钢筋并灌入混凝土。

风力发电基座水泥钢模板的设计要根据地质条件、风电机组的型号和质量要求等多方面进行考虑，以确保模板的使用寿命和稳定性。模板一般由模板板身、跳模板和模板支架等组成，并要满足接缝垂直度控制、组装位置精度控制等二十多项严格要求。因此，制造钢模板需要重点考虑设计结构、制造加工、安装维护等方面，确保钢模板的质量和性能。The design of cement steel formwork for wind power generation bases should be considered based on various factors such as geological conditions, wind turbine model and quality requirements, to ensure the service life and stability of the formwork. The template is generally composed of the template body, jump template, and template bracket, and must meet more than 20 strict requirements such as joint verticality control and assembly position accuracy control. Therefore, the manufacturing of steel formwork needs to focus on aspects such as design structure, manufacturing processing, installation and maintenance to ensure the quality and performance of the steel formwork