A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Zero-carbon building structure and heat preservation integrated wall
The invention discloses a zero-carbon building structure and heat preservation integrated wall body, and relates to the technical field of building wall bodies, the zero-carbon building structure and heat preservation integrated wall body comprises a concrete wall, a plurality of inner grooves distributed in a two-dimensional array mode are formed in the outer wall surface of the concrete wall, and heat insulation and heat preservation composite plates matched with the inner grooves are arranged in the inner grooves; an inclined guide rod extending towards the outer side is arranged on the outer wall surface of the inner groove; in a hot environment, the inner groove is a heat insulation inner cavity, the heat insulation composite board has a heat insulation effect, the heat insulation inner cavity has a heat conduction buffering effect, the temperature in a building body is lowered, the requirement for a refrigerating system is lowered, electric power resources are saved, and carbon emission is reduced; in a cold environment, the heat insulation and heat preservation composite board is a heat preservation wall board, the heat preservation performance of a building body is improved, heat supply in the building body can be reduced, the requirement for a heating system is reduced, electric power resources are saved, carbon emission is reduced, and then the functions of reducing carbon emission and integrating the heat preservation performance and the heat insulation performance are achieved.
本发明公开一种零碳建筑结构与保温一体化墙体，涉及建筑墙体技术领域，包括混凝土墙，所述混凝土墙的外墙面开设有二维阵列分布的多个内凹槽，所述内凹槽内设置有与其适配的隔热保温复合板，所述内凹槽的外墙面设置有向外侧延伸的斜导向杆；本发明在炎热的环境下，内凹槽为隔热内腔，隔热保温复合板起到隔热的效果，隔热内腔起到热传导缓冲的效果，降低了楼体内部的温度，进而降低了对制冷系统的需求，节省了电力资源，减少碳排放；在寒冷的环境下，隔热保温复合板为保暖墙板，提高了楼体的保暖性能，可减少楼体内的供暖，达到减少对供暖系统的需求，节省了电力资源，减少碳排放，进而达到减少碳排放、保温性能与隔热性能一体的功能。
Zero-carbon building structure and heat preservation integrated wall
The invention discloses a zero-carbon building structure and heat preservation integrated wall body, and relates to the technical field of building wall bodies, the zero-carbon building structure and heat preservation integrated wall body comprises a concrete wall, a plurality of inner grooves distributed in a two-dimensional array mode are formed in the outer wall surface of the concrete wall, and heat insulation and heat preservation composite plates matched with the inner grooves are arranged in the inner grooves; an inclined guide rod extending towards the outer side is arranged on the outer wall surface of the inner groove; in a hot environment, the inner groove is a heat insulation inner cavity, the heat insulation composite board has a heat insulation effect, the heat insulation inner cavity has a heat conduction buffering effect, the temperature in a building body is lowered, the requirement for a refrigerating system is lowered, electric power resources are saved, and carbon emission is reduced; in a cold environment, the heat insulation and heat preservation composite board is a heat preservation wall board, the heat preservation performance of a building body is improved, heat supply in the building body can be reduced, the requirement for a heating system is reduced, electric power resources are saved, carbon emission is reduced, and then the functions of reducing carbon emission and integrating the heat preservation performance and the heat insulation performance are achieved.
本发明公开一种零碳建筑结构与保温一体化墙体，涉及建筑墙体技术领域，包括混凝土墙，所述混凝土墙的外墙面开设有二维阵列分布的多个内凹槽，所述内凹槽内设置有与其适配的隔热保温复合板，所述内凹槽的外墙面设置有向外侧延伸的斜导向杆；本发明在炎热的环境下，内凹槽为隔热内腔，隔热保温复合板起到隔热的效果，隔热内腔起到热传导缓冲的效果，降低了楼体内部的温度，进而降低了对制冷系统的需求，节省了电力资源，减少碳排放；在寒冷的环境下，隔热保温复合板为保暖墙板，提高了楼体的保暖性能，可减少楼体内的供暖，达到减少对供暖系统的需求，节省了电力资源，减少碳排放，进而达到减少碳排放、保温性能与隔热性能一体的功能。
Zero-carbon building structure and heat preservation integrated wall
一种零碳建筑结构与保温一体化墙体
KANG XI (author) / FU SHIFENG (author) / TIAN TAO (author) / CHU SHAOHUI (author) / TENG RENDONG (author) / ZONG XIYUE (author)
2023-07-14
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Zero-carbon building structure and heat preservation integrated wall
| European Patent Office | 2024
Fabricated zero-carbon building structure and heat preservation and decoration integrated wall
| European Patent Office | 2022
Building heat insulation and heat preservation integrated wall installation structure
| European Patent Office | 2024
Zero-carbon photovoltaic heat preservation vacuum curtain wall
| European Patent Office | 2023