针对传统超低能耗夹心保温墙板生产中，因保温层加工精度低、拼装尺寸不一、安装偏差及高温养护导致的保温性能下降与失效问题，本文提出了一套集标准化排版、高精度加工与自动化安装于一体的生产工艺，并研发了节能养护技术。通过引入标准化排版设计、高精度切割与打孔技术、自动化连接件安装及无膨胀聚氨酯材料附框，结合“水平模台+成组立模”的复合生产模式，开发基于自动恒温热水循环的节能养护系统，以控制养护温度。结果表明：该技术有效消除了保温板在窗口部位的热桥效应，保证了保温层在平模与立模生产阶段的成型质量，避免了高温养护导致的XPS板热变形，在提升墙板热工性能与产品质量的同时，降低了养护能耗与生产成本，提高了场地布模率与生产效率。研究成果为超低能耗建筑围护体系的高质量发展提供了实践路径。

In the production of traditional ultra-low energy consumption sandwich insulation wall panels, issues such as low processing accuracy of the insulation layer, inconsistent assembly dimensions, installation deviations, and high-temperature curing leading to decreased insulation performance and failure have arisen. This paper proposes a production process that integrates standardized layout, high-precision processing, and automated installation, and has developed energy-saving curing technology. By introducing standardized layout design, high-precision cutting and drilling technology, automated connector installation, and non-expanding polyurethane material with attached frames, combined with a composite production mode of "horizontal formwork + group formwork erection", an energy-saving curing system based on automatic constant temperature hot water circulation is developed to control the curing temperature. The results show that this technology effectively eliminates the thermal bridge effect of insulation panels at window locations, ensures the molding quality of the insulation layer during the horizontal and vertical formwork production stages, and avoids thermal deformation of insulation panels caused by high-temperature curing. While improving the thermal performance and product quality of ultra-low energy consumption sandwich insulation wall panels, it reduces curing energy consumption and production costs, and enhances the formwork layout rate and production efficiency. The research findings provide a practical path for the high-quality development of ultra-low energy consumption building envelope systems.