A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Ultralow-energy-consumption sunlight room
The invention relates to the technical field of sunlight rooms, in particular to an ultralow-energy-consumption sunlight room. An ultralow-energy-consumption sunlight room comprises a sunlight room body and a sunlight room ceiling, the sunlight room ceiling comprises a plurality of pieces of top glass, every two adjacent pieces of top glass are supported through a first edge beam and a second edge beam, and a heat insulation water tank is installed between the first edge beam and the second edge beam; the heat insulation water tank is used for preventing internal and external heat from being mutually conducted through the water tank, the top glass close to the edge is supported through the side beams, and heat preservation plates are arranged on the outer sides of the side beams. By means of the heat preservation and insulation structure, mutual conduction of internal and external heat through the bent water tank can be effectively avoided, the heat insulation performance of the bent water tank is improved, mutual conduction of the internal and external heat through the inner side sectional material and the outer side sectional material can be avoided, mutual conduction of the internal and external heat through the side beams can be avoided, and the internal temperature of the sunlight room can be kept constant through mutual cooperation of multiple heat preservation and insulation structures. And the energy consumption in the sunlight room is reduced.
本发明涉及阳光房技术领域，尤其涉及一种超低能耗阳光房。一种超低能耗阳光房，包括阳光房主体和阳光房顶棚，所述阳光房顶棚包括若干块顶部玻璃，相邻两块顶部玻璃之间通过第一边梁和第二边梁进行支撑，第一边梁和第二边梁之间安装隔热水槽，所述隔热水槽用于避免内外热量经水槽处相互传导，靠近边缘的顶部玻璃通过侧梁进行支撑，侧梁外侧设有保温板。不仅可有效避免内外热量经折弯水槽相互传导，提升了折弯水槽的隔热性能，而且可避免内外热量经内侧型材和外侧型材相互传导，还可避免内外热量经侧梁相互传导，通过多处保温隔热结构相互配合，利于维持阳光房内部温度恒定，降低阳光房内部的能耗消耗。
Ultralow-energy-consumption sunlight room
The invention relates to the technical field of sunlight rooms, in particular to an ultralow-energy-consumption sunlight room. An ultralow-energy-consumption sunlight room comprises a sunlight room body and a sunlight room ceiling, the sunlight room ceiling comprises a plurality of pieces of top glass, every two adjacent pieces of top glass are supported through a first edge beam and a second edge beam, and a heat insulation water tank is installed between the first edge beam and the second edge beam; the heat insulation water tank is used for preventing internal and external heat from being mutually conducted through the water tank, the top glass close to the edge is supported through the side beams, and heat preservation plates are arranged on the outer sides of the side beams. By means of the heat preservation and insulation structure, mutual conduction of internal and external heat through the bent water tank can be effectively avoided, the heat insulation performance of the bent water tank is improved, mutual conduction of the internal and external heat through the inner side sectional material and the outer side sectional material can be avoided, mutual conduction of the internal and external heat through the side beams can be avoided, and the internal temperature of the sunlight room can be kept constant through mutual cooperation of multiple heat preservation and insulation structures. And the energy consumption in the sunlight room is reduced.
本发明涉及阳光房技术领域，尤其涉及一种超低能耗阳光房。一种超低能耗阳光房，包括阳光房主体和阳光房顶棚，所述阳光房顶棚包括若干块顶部玻璃，相邻两块顶部玻璃之间通过第一边梁和第二边梁进行支撑，第一边梁和第二边梁之间安装隔热水槽，所述隔热水槽用于避免内外热量经水槽处相互传导，靠近边缘的顶部玻璃通过侧梁进行支撑，侧梁外侧设有保温板。不仅可有效避免内外热量经折弯水槽相互传导，提升了折弯水槽的隔热性能，而且可避免内外热量经内侧型材和外侧型材相互传导，还可避免内外热量经侧梁相互传导，通过多处保温隔热结构相互配合，利于维持阳光房内部温度恒定，降低阳光房内部的能耗消耗。
Ultralow-energy-consumption sunlight room
一种超低能耗阳光房
XIONG SHICAI (author) / XIONG SHIJIN (author)
2024-10-08
Patent
Electronic Resource
Chinese