Synthetic Evaluation Study on AC Systems within Office and Business Building by DeST Software

Yi Ran Wei

doi:10.4028/www.scientific.net/AMM.174-177.3008

Paper Titles

Network Management System on Engineering Training Room
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Renovation Plan of the Surrounding Environment of the Confucius Temple in Chengde City
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Exploring the Spatial Preferences of Plant Landscape Dynamics around the Buildings in the Humble Administrator’s Garden, China
p.2997

Study on Defensiveness of Ancient Dwellings in High-Chair Village of Huitong County of Hunan Province
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Synthetic Evaluation Study on AC Systems within Office and Business Building by DeST Software
p.3008

Design of Safty Network and Power Distribution of Underground Shops of Suqian Powerlong City Plaza
p.3013

Analysis of the Planning of Neighborhood Communication Space in the Livable Community
p.3018

Study on Necessity and Safety Measures of Elevator Evacuation during High-Rise Building Fire
p.3023

Numerical Simulation Analysis of the Groundwater’ Temperature Field in the Concentration Area of the Water Source Heat Pump Engineering
p.3027

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 174-177Synthetic Evaluation Study on AC Systems within...

Synthetic Evaluation Study on AC Systems within Office and Business Building by DeST Software

Abstract:

A synthetic evaluation study on AC (Air Conditioning) Systems within office and business building is made by using DeST (Building Environment Design Simulation Toolkit) software (Developed by QingHua University ) and orthogonal experiment method. Many useful analysis results of the AC systems can be obtained such as the year electricity consumption, the year gas consumption, the year consumption amount of “Primary Energy”, the year average COP, the year average load ratio, the discharge amount of sensible heat to outdoor atmosphere in summer, and the year discharge amount of some main “Green House Effect” gases(CO2, SOx, NOx due to “Primary Energy” consumption) to outdoor atmosphere. Both of energy consumption characteristics and environmental effect of air conditioning systems, and their relationship with variety of parameters of architectural structure and type can be well known. All results we made are helpful to get guidance on the equipment selection, helpful to the operational mode selection of air-conditioning systems and the parameter selection of the architectural structure and type.