A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Inactive ventilation system using solar energy and geothermal energy
The invention discloses an inactive ventilation system using solar energy and geothermal energy. The inactive system comprises a solar energy chimney, a buried pipe unit and an air inlet unit, the solar energy chimney and the air inlet unit are arranged on the outer sides of two opposite walls of a house, and the buried pipe unit is arranged between the solar energy chimney and the air inlet unit;the air inlet unit is of a box body structure, and an outdoor air inlet is formed in the outer side wall of a box body; an indoor air inlet is formed in the wall corresponding to the box body; the solar energy chimney is a rectangular air flow channel formed in the outer side wall of the wall, and comprises a solar energy heat collecting plate arranged on the outer side of the wall, and a transparent glass plate arranged relative to the solar energy heat collecting plate, and two air ports are up-down formed in the wall corresponding to the solar energy heat collecting plate; and the buried pipe unit is composed of a buried pipe buried underground, one end of the buried pipe is connected with an air outlet of the air inlet unit, and the other end of the buried pipe is connected with the bottom end of the solar energy chimney. According to the inactive ventilation system, the indoor temperature and indoor air quality are effectively adjusted, and the optimal utilization of renewable energy in the construction field is achieved.
本发明公开了一种利用太阳能和地热能的被动式通风系统，包括太阳能烟囱、地埋管单元和进风单元，太阳能烟囱和进风单元设置在房屋相对的两墙体外侧，地埋管单元设在太阳能烟囱和进风单元之间；进风单元为箱体结构，在箱体外侧壁上设有室外进风口；在箱体对应的墙体上设有室内进风口；太阳能烟囱为设置在墙体外侧壁上的矩形空气流道，包括设置在墙体外侧的太阳能集热板和相对太阳能集热板设置的透明玻璃板，并在太阳能集热板对应的墙体上上下设有两个风口；地埋管单元由埋设在地底下的地埋管组成，地面管的一端与进风单元出风口连接，另一端与太阳能烟囱底端连接。该系统有效的调节了室内温度和室内空气品质，实现可再生能源在建筑领域的优化利用。
Inactive ventilation system using solar energy and geothermal energy
The invention discloses an inactive ventilation system using solar energy and geothermal energy. The inactive system comprises a solar energy chimney, a buried pipe unit and an air inlet unit, the solar energy chimney and the air inlet unit are arranged on the outer sides of two opposite walls of a house, and the buried pipe unit is arranged between the solar energy chimney and the air inlet unit;the air inlet unit is of a box body structure, and an outdoor air inlet is formed in the outer side wall of a box body; an indoor air inlet is formed in the wall corresponding to the box body; the solar energy chimney is a rectangular air flow channel formed in the outer side wall of the wall, and comprises a solar energy heat collecting plate arranged on the outer side of the wall, and a transparent glass plate arranged relative to the solar energy heat collecting plate, and two air ports are up-down formed in the wall corresponding to the solar energy heat collecting plate; and the buried pipe unit is composed of a buried pipe buried underground, one end of the buried pipe is connected with an air outlet of the air inlet unit, and the other end of the buried pipe is connected with the bottom end of the solar energy chimney. According to the inactive ventilation system, the indoor temperature and indoor air quality are effectively adjusted, and the optimal utilization of renewable energy in the construction field is achieved.
本发明公开了一种利用太阳能和地热能的被动式通风系统，包括太阳能烟囱、地埋管单元和进风单元，太阳能烟囱和进风单元设置在房屋相对的两墙体外侧，地埋管单元设在太阳能烟囱和进风单元之间；进风单元为箱体结构，在箱体外侧壁上设有室外进风口；在箱体对应的墙体上设有室内进风口；太阳能烟囱为设置在墙体外侧壁上的矩形空气流道，包括设置在墙体外侧的太阳能集热板和相对太阳能集热板设置的透明玻璃板，并在太阳能集热板对应的墙体上上下设有两个风口；地埋管单元由埋设在地底下的地埋管组成，地面管的一端与进风单元出风口连接，另一端与太阳能烟囱底端连接。该系统有效的调节了室内温度和室内空气品质，实现可再生能源在建筑领域的优化利用。
Inactive ventilation system using solar energy and geothermal energy
一种利用太阳能和地热能的被动式通风系统
LI YONGCAI (author) / ZHANG SHUYU (author) / LONG TIANHE (author) / YE KAI (author) / ZHENG DIMENG (author)
2020-09-01
Patent
Electronic Resource
Chinese
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