Wind-penetrating type pressure-bearing solar water heater

Abstract

The invention discloses a wind-penetrating type pressure-bearing solar water heater. The wind-penetrating type pressure-bearing solar water heater comprises a pressure-bearing water storage bucket installed indoors; a solar heat collection pipe of the water storage bucket is located outdoors and penetrates through a window or a wall for communicating with the water storage bucket; a fall-preventing net made of stainless steel wires is arranged on the outdoor part of the solar heat collection pipe in a sleeving mode and is connected to a drawing cable, and the tail end of the drawing cable is fixed to the outer wall or the window; a fixing support used for supporting the solar heat collection pipe is further arranged. The water heater can be organically combined with a room for realizing a housing unit comprising the water heater. A sealing part is arranged at the joint of the solar heat collection pipe and the window or the wall, an indoor wall of the room is provided with a cold water port and a hot water port in advance, a suspension lug or a suspension pile is prefabricated in a floor, or a support is arranged indoors. The wind-penetrating type pressure-bearing solar water heater just needs to be installed and maintained indoors, danger is avoided, trouble is reduced, and partial pipelines and heat preservation materials are saved. The wind-penetrating type pressure-bearing solar water heater can be installed in any floor with a southern room. The bucket does not influence the activity space when placed. Components installed outdoors are free of falling danger.

Description

technical field [0001] The invention relates to a window-type pressurized solar water heater, which belongs to the technical field of solar water heaters. Background technique [0002] Our country vigorously advocates energy conservation and emission reduction, green environmental protection, and solar water heaters have contributed a lot. Ordinary solar water heaters have good heat collection effect and large water storage capacity, and have entered thousands of households. The disadvantage is that it is usually placed on the roof, which is difficult to install and maintain, and has a high risk. It also has a certain impact on the appearance and structure of the roof, and has high requirements for fixing and heat preservation. Usually it can only be installed on multi-storey (5--6 storey) low buildings. When in use, especially there is a period of cold water before the hot water comes out from the lower layer, while the water pressure on the top layer is not enough. [0...

AI Technical Summary

Problems solved by technology

However, there are many shortcomings in split solar energy: the lighting area of ​​the collector is restricted by the angle of the external wall and the area of ​​the outer wall, and the separation of the barrel and the collector reduces the heating effect, and the installation and maintenance are more troublesome

The advantage of this method is that it can meet the hot water requirements of high-rise residents. The disadvantage is that a large number of materials must be laid on the roof, especially the placement of huge water storage tanks, which has strict requirements on the shape, area and structure of the roof.

The heat preservation and anti-leakage engineering of outdoor parts is a large amount, and the operation needs to be driven by motors and have special personnel on duty

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