Comprehensive Evaluation Method of Office Building Energy Consumption Based on Improved Multi-index

Author:

Chai Kang,Yu Junqi,Tian Ying,Zhao Anjun,Gao Jiaojiao,Nie Jikai

Abstract

Abstract In view of the imperfection in the selection of energy consumption characteristics and energy conservation evaluation methods, this paper proposes an energy consumption analysis and energy conservation evaluation method suitable for office buildings. Through the analysis of office building energy consumption monitoring layer data, establishing standard of building energy consumption data sets, including office building day by day, month by month, year after year way of energy consumption and heating and cooling is analyzed, and aiming at the problem of building energy efficiency evaluation index weights are difficult to determine the, combined with the feature of energy consumption was proposed to build multiple indexes comprehensive evaluation of energy consumption. Through the example of office building, the evaluation results are verified, which proves that this method can evaluate the energy consumption of buildings reasonably and feasible, and provides a new idea for the comprehensive evaluation of building energy conservation.

Publisher

IOP Publishing

Subject

General Medicine

Reference12 articles.

1. Critical Review and Research Roadmap of Office Building Energy Management Based on Occupancy Monitoring [J];Salimi,2018

2. Energy budgets for office buildings [J];Bourassa;Batiment International Building Research & Practice,1981

3. Low-energy envelope design of residential building in hot summer and cold winter zone in China;Yu;Energy and Building,2008

4. A new validated trnsys module for simulating latent heat storage walls [J];Saleh;Energy & Buildings,2015

5. Heating and cooling performance characterisation of ground source heat pump system by testing and trnsys simulation [J];Safa;Renewable Energy,2015

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