Urban building group design method based on intelligent algorithm and energy consumption comprehensive optimization

Abstract

The invention discloses an urban building group design method based on an intelligent algorithm and energy consumption comprehensive optimization. The method comprises the following steps: establishing urban building group form information and an urban building group energy consumption database; analyzing and extracting urban building group form driving factors influencing urban energy consumptionby utilizing a data mining technology; mining the relevance between the energy consumption in the real environment and the city form; analyzing, comparing and evaluating the urban building group formdriven by energy in the real environment and the urban building group form simulated in the ideal environment in combination with an intelligent algorithm and computer simulation; and finally constructing a set of high-energy-efficiency urban building group form and energy consumption coupling effect framework and operation platform by utilizing an integration algorithm. According to the urban building group design method, through data acquisition of morphological characteristics and building energy consumption information of the urban building group, a sample urban morphological and energy consumption database is preliminarily established, and basic information and data support are provided for urban design and energy consumption research.

Description

technical field [0001] The invention relates to the technical field of intelligent algorithms and design of urban building groups, in particular to a design method for urban building groups based on intelligent algorithms and comprehensive optimization of energy consumption. Background technique [0002] Urban energy is an important material basis for urban economic operation, a power source that drives urban economic development, and the "blood" and "lifeline" for the normal operation of production and life. For a long time, urban planning and design have mostly focused on social issues of public concern, such as land use, spatial structure, functional layout, transportation planning, and public facility allocation, while energy planning has not received due attention. The traditional demand-side urban energy-saving method emphasizes the intervention of energy use at the "human use, technical system or building level", but there is a relative lack of targeted research on th...

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Problems solved by technology

[0004] Generally speaking, in the existing urban energy conservation research, the applied research of "phenomenon problem strategy" still accounts for the main part, while the exploratory research of "mechanism and mechanism regulation" is relatively rare

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