Heat exchange tube implanted heat exchange wall

Abstract

The invention provides a heat exchange tube implantable heat exchange wall. The wall comprises a wall body arranged on the inner side wall of a foundation pit, and further comprises a heat exchange tube, a transmission chain, a water outlet pipe, a water inlet pipe and two transmission wheels; a heat exchange cavity is formed inside the wall body; the left and right ends of the heat exchange cavity are each provided with a supporting frame; a plurality of U-shaped tubes with inward openings are arranged on the bearing frames in the length direction; U-shaped tubes on the left and right sides of the heat exchange cavity are arranged in a crossed mode; the side, away from the foundation pit, of the wall body is provided with an overhauling opening communicated with the heat exchange cavity;the two transmission wheels are installed at the upper and lower ends of the heat exchange cavity in a closed mode; the two transmission wheels are sleeved with the transmission chain; a plurality ofclamping grooves are formed in the transmission chain in the length direction; a clamping device is arranged on the U-shaped tubes; the clamping device and the heat exchange tube are clamped, so thatthe heat exchange tube is communicated with the U-shaped tubes; according to the heat exchange tube implantable heat exchange wall, the heat exchange tube is convenient to overhaul, maintain and recycle.

Description

technical field [0001] The invention relates to the field of building walls, in particular to a heat exchange wall with implanted heat exchange tubes. Background technique [0002] The world's energy trends tell us that the most ideal energy for human beings should be clean and efficient, with high energy efficiency, economic benefits and environmental benefits. At the same time, the contradiction between the world's energy demand and supply also makes people have to look for various renewable new energy sources. Shallow ground energy (heat) has attracted worldwide attention due to its advantages such as huge reserves, wide distribution, green environmental protection, and recyclability. It has become the first choice for countries to implement sustainable development strategies and improve building energy efficiency. It has become one of the top 10 building energy-saving new technologies advocated by China in the process of rapid economic development and accelerated urbani...

AI Technical Summary

Problems solved by technology

However, the heat exchange system is directly buried in the wall, which is not convenient for the inspection, maintenance and recycling of the heat exchange system.

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