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Dynamic Analysis of Architectural Energy Consumption and Load Prediction of Heat Supply Development in Xi’an

Author: ChenFu
Tutor: GuanYanLing
School: Chang'an University
Course: Environmental Engineering
Keywords: Building energy efficiency Energy consumption analysis Dynamic Simulation Load forecasting
CLC: TU201.5
Type: Master's thesis
Year: 2007
Downloads: 191
Quote: 1
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Abstract


With the rapid development of China's national economy , the accelerated process of urbanization , the demand for energy continues to increase. Among them, China 's building energy consumption in the proportion of total energy consumption . According to statistics, more than 1 / 4 of the country 's total energy consumption , this ratio will increase with the further improvement of people's living standards . Along with the development of computer science and technology , application of computer software for building energy consumption year - round dynamic simulation analysis has become a reality . The use of computer simulation system to analyze building energy consumption , accurate , convenient , and efficient than the traditional thermal calculation method has outstanding advantages . The software of DeST Tsinghua developed building energy consumption analysis software , currently being gradually promote the use . The parameters involved in the calculation of software DeST outdoor meteorological parameters , the type of building envelope , indoor calculation parameters . Indoor calculation parameters include indoor design temperature , indoor thermal disturbance , the air conditioning running mode , as well as room ventilation air changes . Typical residential , typical residential of this article the application DeST software on the typical residential Xi'an 1980-1981 years ago after the implementation of the 50% energy efficiency design standards , the implementation of the 65% energy efficiency design standards typical public building in 1980 , the implementation of the 50% energy efficiency design standards typical public buildings a total of five different energy requirements of a typical building were dynamic simulation , combined with existing energy efficiency design standards specified in the current Energy conservation design standard heat transfer coefficient , window wall than the maximum input to architectural model for dynamic simulation to verify the reasonableness of the standards required by the maximum value of heat transfer coefficient . Xi'an heating survey data , simulation results and survey data to predict the the 2020 Xi'an heating load , and provide basic data for central heating in Xi'an career development .

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CLC: > Industrial Technology > Building Science > Architectural design > General issues > Design principles, the principles and management > Building energy efficiency design
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