Ultralow-energy-consumption enclosure structure combined by plastic-wood T-shaped steel

The ultra-low-energy-consumption enclosure structure comprises a keel frame formed by connecting transverse T-shaped steel and vertical T-shaped steel, plastic-wood components are arranged on the two sides of the T-shaped steel respectively, the T-shaped steel is enclosed by the plastic-wood components, only one side of an end plate of the T-shaped steel is open, and the plastic-wood components on the two sides of a web of the T-shaped steel are pressed through opposite penetrating fasteners; a heat-insulating aluminum cushion frame assembly with a T-shaped section is arranged on the outer side of an end plate of the T-shaped steel, one end of the heat-insulating aluminum cushion frame assembly is connected with the end plate of the T-shaped steel through a fastener, hollow glass is arranged on the two sides of the heat-insulating aluminum cushion frame respectively, gaps between the hollow glass and the heat-insulating aluminum cushion frame are filled with aerogel roll felts, the outer sides of the aerogel