Urban building energy consumption simulation system

Abstract

The invention provides an urban building energy consumption simulation system. The system comprises a building body block lead-in module,a boolean value setting module, a block division module, a hotzone conversion module, a hot zone adjacency module, a window-wall ratio parameter setting module, a window-wall ratio generation module, a window generation module, an enclosure structure load and internal heat source assignment module. an enclosure structure load and internal heat source parameter setting module, an equipment time table assignment module and a fresh air time table assignmentmodule. A person uses the time table assignment module, an illumination time table assignment module, a refrigeration time table assignment module, a heating time table assignment module, an operation time table assignment module, an EnergyPlus operation module, an output parameter setting module, a meteorological parameter setting module, a shadow body block conversion module, a naming module and an EnergyPlus simulation result output module. The urban building energy consumption simulation system can realize simulation of urban building energy consumption, and provides important basic technologies for optimization, safety and management of urban energy.

Description

technical field [0001] The invention relates to a simulation system, in particular to an urban building energy consumption simulation system. Background technique [0002] Statistics show that carbon oxides emitted by cities account for 75% of global carbon oxide emissions, and the construction industry consumes about 40% of global energy and emits about 1 / 3 of greenhouse gases. At the same time, more than 80% of the world's energy comes from fossil fuels. The rapid growth of energy consumption may have an economic impact on energy importing countries, and ultimately increase the risks of climate change to the global community. Although the goal of reducing greenhouse gas emissions is usually set at the national level, corresponding policy measures must be taken at the city scale, mainly because urban energy consumption information can facilitate the effective selection of relevant policy measures to improve energy use efficiency, thereby reducing The city's greenhouse gas ...

AI Technical Summary

Problems solved by technology

[0004]The technical problem to be solved by the present invention is: because urban buildings have the characteristics of large number of single buildings, many types, various structures and complex facilities, the energy consumption simulation difficult

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