Passive energy storage solar ventilating system adopting day-lighting solar heat collection technology

A solar heat collection and ventilation system technology, applied in the field of passive energy storage solar ventilation system, can solve the problems of affecting indoor lighting efficiency, passive solar ventilation technology cannot be promoted, heat collecting metal plate cannot be moved, etc., to solve edge solidification and leakage , reduced thickness, flexible design effect

Inactive Publication Date: 2013-08-28
SOUTH CHINA UNIV OF TECH
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Problems solved by technology

For buildings with small window-to-wall ratios, the heat-collecting metal plate cannot be moved, which seriously affects the i

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  • Passive energy storage solar ventilating system adopting day-lighting solar heat collection technology
  • Passive energy storage solar ventilating system adopting day-lighting solar heat collection technology
  • Passive energy storage solar ventilating system adopting day-lighting solar heat collection technology

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[0033] The present invention will be described in further detail below in conjunction with the accompanying drawings and embodiments.

[0034] It should be noted that the drawings are only for illustrative purposes and should not be construed as limitations on this patent; for those skilled in the art, it is understandable that some known structures and their descriptions in the drawings may be omitted.

[0035] A passive energy-storage solar ventilation system using daylighting solar heat collection technology, including an air duct frame 1 installed on the wall, an outdoor tempered double-layer glass cover 3 fixed on the air duct frame 1 in parallel at a certain distance, and an indoor ventilation system. Side toughened double-layer glass cover 9, vents are provided between the indoor side toughened double-layer glass cover 9 and the outdoor side toughened double-layer glass cover 3 and the ventilation duct frame 1 above and below, and the vents are respectively There are ro...

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Abstract

The invention discloses a passive energy storage solar ventilating system adopting a day-lighting solar heat collection technology. The passive energy storage solar ventilating system comprises a ventilating duct frame installed on a wall body, an outdoor side tempered double-layer glass cover and an indoor side tempered double-layer glass cover, wherein the outdoor side tempered double-layer glass cover and the indoor side tempered double-layer glass cover are parallelly fixed on the ventilating duct frame at a certain interval. Ventilating ports and air doors are arranged between the upper portions and the lower portions of the outdoor side tempered double-layer glass cover and the indoor side tempered double-layer glass cover and the ventilating duct frame. Rotary heat collecting and storing pieces are evenly arranged one side of the outdoor side tempered double-layer glass cover facing the indoor side tempered double-layer glass cover from top to bottom. The passive energy storage solar ventilating system utilizes solar energy resources to the most extent, reduces the building ventilation energy consumption, improves the building comfort, overcomes the shortcoming that an existing passive energy storage solar ventilating system cannot achieve day-lighting and meet the day-lighting demand. The passive energy storage solar ventilating system can be flexibly applied to office buildings, hospitals, residences and various buildings with high window walls, adopts a flexible and simple installing mode and has important significance on old building renovation projects.

Description

[0001] technical field [0002] The invention relates to the technical field of natural energy utilization, in particular to a passive energy-storage solar-energy ventilation system adopting daylight-capable solar heat collection technology. Background technique [0003] With the foreseeable rise in fossil energy prices and the need to reduce carbon dioxide emissions, many countries have introduced mandatory policies to increase energy efficiency while reducing the use of fossil energy. Among them, reducing building energy consumption is the key to achieve this goal: in Europe, building energy consumption can reach 37% of final energy in 2004; in the United States, it can reach 41% in 2002; in China, it can reach 40% in 2008 . An important way to reduce building energy consumption is to enhance the thermal insulation capacity of the building envelope and provide more stringent airflow organization and heat management. [0004] The passive ventilation design based on therma...

Claims

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Application Information

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IPC IPC(8): F24F7/04F24F13/15
Inventor 巫江虹刘超鹏王凯宋航
Owner SOUTH CHINA UNIV OF TECH
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