The Air Conditioning System of a Large Public Building Energy Consumption Simulation Research

You Yin Jing; Ting Li; Qian Qian Liu

doi:10.4028/www.scientific.net/AMM.291-294.1795

Paper Titles

Heat Transfer Coefficients and Dynamical Thermal Models for Variable Flow Rates in Pipes and Ducts
p.1760

Study of Economic Specific Frictional Resistance in Hot Water Heat Supply Net Work in Xi’an
p.1772

Integration of Multiple In-House Heat Stations into One Energy Flexible Heat System
p.1777

LCCP Evaluation on Environmental Impact of Air-Conditioning Cold and Heat Source
p.1789

The Air Conditioning System of a Large Public Building Energy Consumption Simulation Research
p.1795

A New Operating Mode of Air-Conditioning Systems with Thermal Storage
p.1799

Energy Saving Analysis on Application of Condensing Heat Recovery to Constant Temperature/Humidity System
p.1805

Steady State Model of Screw Chillers Suitable for Variable Conditions Simulation
p.1812

The Influence of Oversized Boilers on Power Efficiency, Energy Consumption and Cost in Energy Flexible Heat Stations. Part 1
p.1816

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 291-294The Air Conditioning System of a Large Public...

The Air Conditioning System of a Large Public Building Energy Consumption Simulation Research

Abstract:

The large building air conditoning system with different modes were made , which include the constant air volume system, variable air volume system, the temperature and humidity independent control system. To calculate energy saving rate, the energy consumption simulated by DeST energy simulation software.