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A platform for research: civil engineering, architecture and urbanism
Building external envelope thermoelectric cooling thermal insulation functional skin capable of utilizing natural energy
The invention discloses a building external envelope thermoelectric cooling thermal insulation functional skin capable of utilizing natural energy, which comprises an air flow channel formed by a film layer and an adjacent film layer, and the flow channel is connected into an upper air header and a lower air header which are formed by a clamping groove and a glass fabric film up and down, and then is connected into a room and an energy storage device, so that the building external envelope thermoelectric cooling thermal insulation functional skin is formed. The building functional skin completely utilizes natural energy, is totally different from a traditional air conditioner based on thermodynamic cycle, thermal machinery and equipment such as various heat pumps and low-grade energy introduction facilities such as ground source heat pump drilling wells and water source access ports matched with the thermal machinery and equipment are omitted, and boilers, pipelines, tail end radiators, solar energy, floor heating and the like are further omitted. Therefore, material consumption can be greatly saved, space occupation can be reduced, conventional energy consumption can be eliminated, maintenance workload can be reduced, the service life of the building can be prolonged, whole-course cost of the building can be effectively reduced, more importantly, whole-course carbon emission is reduced, and running carbon emission is zero or even negative carbon emission.
本发明公开了可利用自然能源的建筑外围护热电冷保温功能性皮肤，包括膜层与其相邻膜层共同构造一个空气流道，将此流道上、下接入由卡槽和玻纤布膜所构成的上、下空气联箱，由此再接入室内和储能装置，建筑功能性皮肤全部利用自然能源，与基于热力循环的传统空调截然不同，少了各类热泵那样的热力机械与装备以及与其配套的如地源热泵钻井，水源接入口等低品位能源引入设施，还有锅炉、管道、末端散热器、太阳能、地暖等，从而可以大幅度节省物质材料消耗、减少空间占用、排除常规能源的使用、缩减维修工作量和延长建筑寿命，不单使建筑全程成本费用有效降低，更重要的是全过程碳排减少，运行碳排为零，甚至负碳排。
Building external envelope thermoelectric cooling thermal insulation functional skin capable of utilizing natural energy
The invention discloses a building external envelope thermoelectric cooling thermal insulation functional skin capable of utilizing natural energy, which comprises an air flow channel formed by a film layer and an adjacent film layer, and the flow channel is connected into an upper air header and a lower air header which are formed by a clamping groove and a glass fabric film up and down, and then is connected into a room and an energy storage device, so that the building external envelope thermoelectric cooling thermal insulation functional skin is formed. The building functional skin completely utilizes natural energy, is totally different from a traditional air conditioner based on thermodynamic cycle, thermal machinery and equipment such as various heat pumps and low-grade energy introduction facilities such as ground source heat pump drilling wells and water source access ports matched with the thermal machinery and equipment are omitted, and boilers, pipelines, tail end radiators, solar energy, floor heating and the like are further omitted. Therefore, material consumption can be greatly saved, space occupation can be reduced, conventional energy consumption can be eliminated, maintenance workload can be reduced, the service life of the building can be prolonged, whole-course cost of the building can be effectively reduced, more importantly, whole-course carbon emission is reduced, and running carbon emission is zero or even negative carbon emission.
本发明公开了可利用自然能源的建筑外围护热电冷保温功能性皮肤，包括膜层与其相邻膜层共同构造一个空气流道，将此流道上、下接入由卡槽和玻纤布膜所构成的上、下空气联箱，由此再接入室内和储能装置，建筑功能性皮肤全部利用自然能源，与基于热力循环的传统空调截然不同，少了各类热泵那样的热力机械与装备以及与其配套的如地源热泵钻井，水源接入口等低品位能源引入设施，还有锅炉、管道、末端散热器、太阳能、地暖等，从而可以大幅度节省物质材料消耗、减少空间占用、排除常规能源的使用、缩减维修工作量和延长建筑寿命，不单使建筑全程成本费用有效降低，更重要的是全过程碳排减少，运行碳排为零，甚至负碳排。
Building external envelope thermoelectric cooling thermal insulation functional skin capable of utilizing natural energy
可利用自然能源的建筑外围护热电冷保温功能性皮肤
GAO YUANYUN (author) / LIU XIAOMIN (author) / WU SONGHUA (author) / GAO ZHENQI (author) / FENG QINGHUA (author)
2022-05-13
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
E04D
ROOF COVERINGS
,
Dacheindeckungen
/
F24F
Klimatisierung
,
AIR-CONDITIONING
/
F24S
Sonnenkollektoren
,
SOLAR HEAT COLLECTORS
/
H01L
Halbleiterbauelemente
,
SEMICONDUCTOR DEVICES
/
H02S
GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRA-RED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, E.G. USING PHOTOVOLTAIC [PV] MODULES
,
Erzeugung elektrischer Energie durch Umwandlung von Infrarot-Strahlung, sichtbarem Licht oder ultraviolettem Licht, z.B. unter Verwendung von Photovoltaik [PV]-Modulen
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