A new low-carbon and livable building technology that can output electricity in a trinity of house, wind and light

Abstract

The invention disclose a novel low-carbon livable building technique integrating house, wind and light and capable of outputting electric power. The novel low-carbon livable building technique is characterized in that a building body is a sunlight-catching low-carbon construction with heat-insulating lightweight walls fixed by spot poured girders, pillars and floors and without rooms where three walls face outwards; and the building body has a glasshouse type roof with functions of wind power generation and photovoltaic power generation, and is composed of case-type glass curtain walls capable of fully utilizing solar energy in west direction to integrate the house, the wind and the light, so that residential functions are satisfied, electric energy can be outputted, and then the construction has best comprehensive economic benefits. Energy-saving effect is obvious, overall shock resistance is high, living condition is warm in winter and cool in summer and energy-saving, and all clear-sighted design enables houses built by the novel low-carbon livable building technique to be green, environment-friendly, low-carbon and energy-saving and to have best livable effect.

Description

(1) Technical field: [0001] The invention belongs to the field of construction, and relates to a low-carbon economical building, in particular to a new low-carbon livable building technology capable of outputting electricity in a trinity of housing, wind and light. (two) background technology: [0002] Most of the current buildings, especially residential buildings, are buildings facing north and south. Although they have different shapes and different types of units, their main disadvantages are: they are only designed and constructed as single-function residential buildings, which have great impact on energy saving, low carbon, livability and production capacity. Insufficient consideration of the comprehensive functions of buildings can not give full play to the comprehensive effectiveness of buildings, especially high-rise buildings. (3) Contents of the invention: [0003] In order to give full play to the comprehensive efficiency of buildings, especially high-rise buil...

AI Technical Summary

Problems solved by technology

[0002] Most of the current buildings, especially residential buildings, are buildings facing north and south. Although they have different shapes and different types of units, their main disadvantages are: they are only designed and constructed as single-function residential buildings, which have great impact on energy saving, low carbon, livability and production capacity. Insufficient consideration of the comprehensive functions of buildings, and the comprehensive performance of buildings, especially high-rise buildings, cannot be fully utilized.

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