Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Indoor energy-saving system utilizing terrestrial heat
The invention relates to an indoor energy-saving system utilizing terrestrial heat. The indoor energy-saving system comprises a building body, a guide pipe system and a first draught fan. The building body is built by a two-way double-hole wall body, a network-shaped channel extending in the X direction and the Y direction is formed in the two-way double-hole wall body, and air can penetrate through the peripheral wall bodies of the building body. The guide pipe system is located at the foundation position of a building body and communicates with a two-way double-hole wall body of the building body. The first fan is arranged at the top end of the two-way double-hole wall body and used for accelerating air circulation in the two-way double-hole wall body and the guide pipe system. Underground air is circulated to the building wall by utilizing the characteristic that underground energy is warm in winter and cool in summer, and a protective layer can be formed by circulating air in the two-way double-hole wall and the guide pipe system in the four walls of the building, so that external cold air or hot air is prevented from entering the indoor environment through the wall, and the indoor environment is protected. And energy sources required by heat supply and air-conditioning refrigeration are saved to a certain extent.
本发明涉及一种利用地热的室内节能系统，包括：建筑体、导管系统和第一风机；所述建筑体由双向双孔墙体建成，双向双孔墙体形成有沿X向延伸和沿Y向延伸的网络状通道，空气能够贯通建筑体的四周墙体；所述导管系统位于建筑体的地基位置，所述导管系统与建筑体的双向双孔墙体相连通；所述第一风机设置于双向双孔墙体顶端，用于加速双向双孔墙体和导管系统内的空气流通。利用地下能量冬暖夏凉的特性将地下空气循环至建筑墙体，能够利用空气在双向双孔墙体和导管系统中的流通，在建筑体的四面墙中流通形成保护层，隔绝外界的寒气或热气通过墙体进入室内环境，一定程度上节约供热与空调制冷所需能源。
Indoor energy-saving system utilizing terrestrial heat
The invention relates to an indoor energy-saving system utilizing terrestrial heat. The indoor energy-saving system comprises a building body, a guide pipe system and a first draught fan. The building body is built by a two-way double-hole wall body, a network-shaped channel extending in the X direction and the Y direction is formed in the two-way double-hole wall body, and air can penetrate through the peripheral wall bodies of the building body. The guide pipe system is located at the foundation position of a building body and communicates with a two-way double-hole wall body of the building body. The first fan is arranged at the top end of the two-way double-hole wall body and used for accelerating air circulation in the two-way double-hole wall body and the guide pipe system. Underground air is circulated to the building wall by utilizing the characteristic that underground energy is warm in winter and cool in summer, and a protective layer can be formed by circulating air in the two-way double-hole wall and the guide pipe system in the four walls of the building, so that external cold air or hot air is prevented from entering the indoor environment through the wall, and the indoor environment is protected. And energy sources required by heat supply and air-conditioning refrigeration are saved to a certain extent.
本发明涉及一种利用地热的室内节能系统，包括：建筑体、导管系统和第一风机；所述建筑体由双向双孔墙体建成，双向双孔墙体形成有沿X向延伸和沿Y向延伸的网络状通道，空气能够贯通建筑体的四周墙体；所述导管系统位于建筑体的地基位置，所述导管系统与建筑体的双向双孔墙体相连通；所述第一风机设置于双向双孔墙体顶端，用于加速双向双孔墙体和导管系统内的空气流通。利用地下能量冬暖夏凉的特性将地下空气循环至建筑墙体，能够利用空气在双向双孔墙体和导管系统中的流通，在建筑体的四面墙中流通形成保护层，隔绝外界的寒气或热气通过墙体进入室内环境，一定程度上节约供热与空调制冷所需能源。
Indoor energy-saving system utilizing terrestrial heat
一种利用地热的室内节能系统
WANG ZHENG (Autor:in) / CHEN QIPIN (Autor:in)
20.10.2023
Patent
Elektronische Ressource
Chinesisch
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