Integrated-installation energy-saving intelligent wall body based on cavity liquid pressurized template

Abstract

The invention discloses an integrated-installation energy-saving intelligent wall body based on a cavity liquid pressurized template. The integrated-installation energy-saving intelligent wall body based on the cavity liquid pressurized template comprises an S-shaped heat exchange PB pipe, a heat fusion joint, a surface roughened thick-wall stainless steel pipe, a stainless steel pipe joint, a surface roughened plastic-lined steel pipe, an plastic-lined steel pipe joint, an integrated side template, an integrated inner wall surface template, a medium-temperature phase-change energy storage filler, the cavity liquid pressures template, a cavity liquid pressured template upper opening, a phase-change energy storage template lower opening, a temperature sensor, a pressure sensor, an electricvalve, a high-heat capacity concrete material, steel bars, a phase-change heat storage material main tank, a pressurizing-filling dual-purpose pressure stabilizing pump, a feeding pipe, a maintenanceopening, a discharging opening, a material A feeding opening, a material B feeding opening, a heat recovery heating liquefaction module, an upper fluid supplement opening, a wire passing box, an assembled bottom box, a communication opening, a reserved maintenance opening, a fire controller and a fire-fighting refrigeration water supply interface. The integrated-installation energy-saving intelligent wall body based on the cavity liquid pressurized template has the beneficial effects of reducing concrete consumption, reducing transportation and construction difficulty and saving energy.

Description

technical field [0001] The invention relates to an energy-saving smart wall, specifically an integrated installation energy-saving smart wall based on a cavity liquid pressurized formwork, which belongs to the building envelope structure energy saving, solar energy utilization, and radiation in electromechanical and architectural and structural engineering. Cooling and heating, concrete assembly structure technology field. Background technique [0002] In our country, concrete buildings generally use cast-in-place construction technology in the construction of the main structure. The advantage of this process is that the overall performance of the structure is good, and the anti-seismic performance is excellent. However, it needs to complete a large number of processes such as steel bar processing, binding and formwork installation on the construction site. These processes not only seriously restrict the construction progress, but also increase the construction cost of the ...

AI Technical Summary

Problems solved by technology

The existing external wall insulation or phase change energy storage system cannot realize the replacement of energy storage materials

The fire resistance limit of some prefabricated walls cannot meet the requirements

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