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A platform for research: civil engineering, architecture and urbanism
Air conditioning system suitable for ultra-low energy consumption building
An air conditioning system suitable for an ultra-low energy consumption building relates to the technical field of near-zero energy consumption buildings and comprises a heat preservation structure and an energy consumption control device, the heat preservation structure comprises a roof node and an outer wall node and is arranged on a building, and the energy consumption control device comprises an air inlet device, a controller, an environment detector and a fresh air system. The air inlet device penetrates through the outer wall face of the building and is communicated with the fresh air system arranged in the building, an environment detector and a controller are arranged in the building, the improved heat preservation structure has better heat preservation performance, the fresh air system of an existing near-zero-energy-consumption building is improved, intermittent operation can be achieved according to the environment in the building, and the energy consumption of the building is reduced. According to the improved fresh air system, air outside the building is passively introduced into the fresh air system through the arranged air inlet device, energy consumed in the air suction process is reduced, and the effect of reducing the energy consumption of the zero-energy-consumption building fresh air system is achieved.
一种适用于超低能耗建筑的空气调节系统，涉及近零能耗建筑技术领域，包括：保温结构和能耗控制装置，保温结构包括屋面节点和外墙节点，设置于建筑物上，能耗控制装置包括进风装置、控制器、环境探测器和新风系统，进风装置贯通建筑物的外墙面与设置在建筑物内部的新风系统连通，建筑物的内部设置有环境探测器和控制器，改进后的保温结构具有更好的保温性能，改进现有的近零能耗建筑的新风系统，能根据建筑物内部的环境间歇运行，避免持续运行带来的能源消耗，改进后的新风系统通过设置的进风装置将建筑物外部的空气被动引入到新风系统内部，减小吸入空气过程中消耗的能源，达到了降低零能耗建筑新风系统能耗的效果。
Air conditioning system suitable for ultra-low energy consumption building
An air conditioning system suitable for an ultra-low energy consumption building relates to the technical field of near-zero energy consumption buildings and comprises a heat preservation structure and an energy consumption control device, the heat preservation structure comprises a roof node and an outer wall node and is arranged on a building, and the energy consumption control device comprises an air inlet device, a controller, an environment detector and a fresh air system. The air inlet device penetrates through the outer wall face of the building and is communicated with the fresh air system arranged in the building, an environment detector and a controller are arranged in the building, the improved heat preservation structure has better heat preservation performance, the fresh air system of an existing near-zero-energy-consumption building is improved, intermittent operation can be achieved according to the environment in the building, and the energy consumption of the building is reduced. According to the improved fresh air system, air outside the building is passively introduced into the fresh air system through the arranged air inlet device, energy consumed in the air suction process is reduced, and the effect of reducing the energy consumption of the zero-energy-consumption building fresh air system is achieved.
一种适用于超低能耗建筑的空气调节系统，涉及近零能耗建筑技术领域，包括：保温结构和能耗控制装置，保温结构包括屋面节点和外墙节点，设置于建筑物上，能耗控制装置包括进风装置、控制器、环境探测器和新风系统，进风装置贯通建筑物的外墙面与设置在建筑物内部的新风系统连通，建筑物的内部设置有环境探测器和控制器，改进后的保温结构具有更好的保温性能，改进现有的近零能耗建筑的新风系统，能根据建筑物内部的环境间歇运行，避免持续运行带来的能源消耗，改进后的新风系统通过设置的进风装置将建筑物外部的空气被动引入到新风系统内部，减小吸入空气过程中消耗的能源，达到了降低零能耗建筑新风系统能耗的效果。
Air conditioning system suitable for ultra-low energy consumption building
一种适用于超低能耗建筑的空气调节系统
LI WEI (author) / JIA XIAN (author) / WEI HAILIANG (author) / SUN HAO (author) / ZHANG JI (author) / YU XINGYONG (author)
2022-11-08
Patent
Electronic Resource
Chinese
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