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Existing building heat preservation updating system and method based on near-zero energy consumption
The invention provides an existing building heat preservation renewal system and method based on near-zero energy consumption, and belongs to the field of near-zero energy consumption buildings, the system comprises an existing wall body and a post-renewal heat preservation wall body; the post-renewal heat preservation wall serves as a renewal structure of an existing wall and aims at improving the structural wall and the heat preservation function of the existing wall. The existing wall body is formed on an existing building, and the existing wall body is defined as a wall body needing heat preservation and renewal. The post-renewal heat preservation wall body comprises a wave net framework and a heat preservation layer, the wave net framework can be fixed to an existing wall body in an assembled mode, and the heat preservation layer is attached to the wave net framework. The wave net framework and the heat preservation layer in the post-renewal heat preservation wall body are attached to the existing wall body after being integrally formed in a factory. Or after the wave net framework is fixed to the existing wall body, the heat preservation layer is attached to the wave net framework.
本发明提供一种基于近零能耗的既有建筑保温更新体系和方法,属于近零能耗建筑领域,该体系包括既有墙体和后更新保温墙体;其中后更新保温墙体作为既有墙体的更新结构,旨在于提高既有墙体的结构墙体和保温功能。该既有墙体成型于既有建筑上,既有墙体被定义为需保温更新的墙体;后更新保温墙体包括波浪网骨架和保温层,该波浪网骨架可装配式地固定于既有墙体,保温层依附于波浪网骨架。其中,后更新保温墙体中的波浪网骨架和保温层于工厂一体成型后依附于既有墙体;或者,波浪网骨架固定于既有墙体后,保温层依附于波浪网骨架。
Existing building heat preservation updating system and method based on near-zero energy consumption
The invention provides an existing building heat preservation renewal system and method based on near-zero energy consumption, and belongs to the field of near-zero energy consumption buildings, the system comprises an existing wall body and a post-renewal heat preservation wall body; the post-renewal heat preservation wall serves as a renewal structure of an existing wall and aims at improving the structural wall and the heat preservation function of the existing wall. The existing wall body is formed on an existing building, and the existing wall body is defined as a wall body needing heat preservation and renewal. The post-renewal heat preservation wall body comprises a wave net framework and a heat preservation layer, the wave net framework can be fixed to an existing wall body in an assembled mode, and the heat preservation layer is attached to the wave net framework. The wave net framework and the heat preservation layer in the post-renewal heat preservation wall body are attached to the existing wall body after being integrally formed in a factory. Or after the wave net framework is fixed to the existing wall body, the heat preservation layer is attached to the wave net framework.
本发明提供一种基于近零能耗的既有建筑保温更新体系和方法,属于近零能耗建筑领域,该体系包括既有墙体和后更新保温墙体;其中后更新保温墙体作为既有墙体的更新结构,旨在于提高既有墙体的结构墙体和保温功能。该既有墙体成型于既有建筑上,既有墙体被定义为需保温更新的墙体;后更新保温墙体包括波浪网骨架和保温层,该波浪网骨架可装配式地固定于既有墙体,保温层依附于波浪网骨架。其中,后更新保温墙体中的波浪网骨架和保温层于工厂一体成型后依附于既有墙体;或者,波浪网骨架固定于既有墙体后,保温层依附于波浪网骨架。
Existing building heat preservation updating system and method based on near-zero energy consumption
基于近零能耗的既有建筑保温更新体系和方法
ZHAO HAIYAN (author) / PAN HAIXUN (author) / ZOU MENGKE (author)
2024-08-09
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
H02G
INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
,
Verlegen oder Installieren elektrischer Kabel oder Leitungen, Verlegen oder Installieren kombinierter optischer und elektrischer Kabel oder Leitungen
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