The Research On Energy Audit And Consumption Evaluation Of Medical Architecture

Medical building is a complex and influential comprehensive architecture.In recent years,with the development of medical equipment,treatment technology and environment,the hospital has increased energy consumption while meeting the needs of people.According to the current situation of medical architecture energy intensive,medical architecture energy conservation has become an important task of China Energy Saving and Emission Reduction,and it's necessary to carry out energy mounting analysis and audit.Auditing the energy of hospital buildings can fully understand the energy consumption of medical architecture,investigate the problems and weaknesses of energy utilization in hospitals,tap the potential of energy conservation and improve the efficiency of hospital energy efficiency,which is of great significance to promote Energy Saving and Emission Reduction.First of all,this thesis expounds basic concept,implement condition and auditing process of energy audit through access to a large number of Chinese and foreign literature.On the basis of main concept of energy audit,evaluation index system is established and the Grey Correlation Degree Analysis is adopted as the evaluation method.Secondly,this thesis compares the energy consumption of 10 medical architectures by linear regression and the calculation of annual energy consumption density,and selects hospital B as a typical audit hospital to count the energy consumption indexes and complete its energy audit.Water,electricity,natural gas and fuel oil are used as the energy consumption norm.Finally,combined with the actual situation of hospital B energy audit,this thesis uses the constructed quantitative evaluation index system and the Grey Correlation Degree Analysis method of medical architecture energy audit to summarize and evaluate the overall energy saving situation in the past three years,and combine the evaluation results to analyze the energy saving status and problems,put forward further energy conservation program.