本发明公开了建筑高效围护结构保温系统，涉及建筑围护技术领域，包括围护框架和保温墙，所述围护框架包括连接块，所述连接块安装在相邻保温墙的角端处，所述保温墙包括保温板，保温板的外周套有密封套垫，保温板的前侧安装有密封连接系统；其中，通过保温板、密封套垫、密封连接系统、围板一、围板二以及连接块等结构设计，使得当外界环境温度变化时，围护结构能够随外界温度变化而实时变化，提升围护结构中的缝隙的密封强度，提高围护结构的保温效果。

The invention discloses a building efficient enclosure structure heat preservation system, and relates to the technical field of building enclosure, the building efficient enclosure structure heat preservation system comprises an enclosure frame and heat preservation walls, the enclosure frame comprises connecting blocks, the connecting blocks are installed at the corner ends of the adjacent heat preservation walls, each heat preservation wall comprises a heat preservation plate, and the periphery of each heat preservation plate is sleeved with a sealing sleeve gasket; a sealing connection system is mounted on the front side of the insulation board; through the structural design of the heat preservation plate, the sealing sleeve gasket, the sealing connecting system, the first surrounding plate, the second surrounding plate, the connecting block and the like, when the external environment temperature changes, the enclosure structure can change in real time along with the change of the external temperature, the sealing strength of gaps in the enclosure structure is improved, and the heat preservation effect of the enclosure structure is improved.