I accidentally found some very good information while surfing the Internet today. I want to share it with you.

Thread Content

This post was last edited by Yiding on 2010-1-17 12:13 "2009 Annual Development Report on Building Energy Efficiency in China" Chapter 1 Current Situation of China's Building Energy Consumption 1.1-1.1.1 Overall Situation of China's Building Energy Consumption (1) 1.1-1.1.1 Overall Situation of China's Building Energy Consumption (2) 1.1-1.1.1 Overall Situation of China's Building Energy Consumption (2) 1.1.2 my country's building energy consumption in 2006 (1)1.1.2 my country's building energy consumption in 2006 (2)1.1.3 my country's building energy consumption development and changes in recent years (1)1.1.3 my country's building energy consumption development and changes in recent years (2)1.2 Urban building heating energy consumption 1.2.1 Northern urban heating energy consumption status (1)1.2.1 Northern urban heating energy consumption status (2)1.2.1 Heating energy consumption status of northern towns (3) 1.2.1 Heating energy consumption status of northern towns (4) 1.2.1 Heating energy consumption status of northern towns (5) 1.2.1 Heating energy consumption status of northern towns (6) 1.2.1 Heating energy consumption status of northern towns (7) 1.2.1 Heating energy consumption status of northern towns (8) 1.2.1 Heating energy consumption status of northern towns (9) 1.2.1 Heating energy consumption status of northern cities and towns (10) 1.2.1 Heating energy consumption status of northern cities and towns (11) 1.2.2 Building heating status in the south (1) 1.2.2 Building heating status in the south (2) 1.2.2 Building heating status in the south (3) 1.2.2 Building heating status in the south (4) 1.3-1.3.1 Energy consumption status of urban residences other than heating 1.3.2 Survey results of other energy consumption of typical urban residents (1) 1.3.2 Survey results of other energy consumption of typical urban residents (2) 1.3.2 Survey results of other energy consumption of typical urban residents (3) 1.3.2 Survey results of other energy consumption of typical urban residents (4) 1.3.3 Development trend of energy consumption of urban residences except heating 1.4 Energy consumption of public buildings 1.4.1 Composition of energy consumption of public buildings except heating 1.4.2 Current status and characteristics of energy consumption in office buildings (1) 1.4.2 Current status and characteristics of energy consumption in office buildings (2) 1.4.2 Current status and characteristics of energy consumption in office buildings (3) 1.4.2 Current status and characteristics of energy consumption in office buildings (4) 1.4.3 Current status and characteristics of energy consumption of air conditioning systems in office buildings (1) 1.4.3 Current status and characteristics of energy consumption in air conditioning systems in office buildings (2) 1.4.3 Current status and characteristics of energy consumption in air conditioning systems in office buildings (3) 1.4.3 Current status and characteristics of energy consumption of air conditioning systems in office buildings (4) 1.4.3 Current status and characteristics of energy consumption of air conditioning systems in office buildings (5) 1.4.3 Current status and characteristics of energy consumption of air conditioning systems in office buildings (6) 1.4.3 Current status and characteristics of energy consumption of air conditioning systems in office buildings (7) 1.4.3 Current status and characteristics of energy consumption of air conditioning systems in office buildings (8) 1.4.3 Current status and characteristics of energy consumption of air conditioning systems in office buildings (9) 1.4.3 Energy consumption status and characteristics of air conditioning systems in office buildings (10) 1.4.3 Energy consumption status and characteristics of air conditioning systems in office buildings (11) 1.4.4 Energy consumption status and characteristics of other types of public buildings (1) 1.4.4 Energy consumption status and characteristics of other types of public buildings (2) 1.4.4 Energy consumption status and characteristics of other types of public buildings (3) 1.4.4 Energy consumption status and characteristics of other types of public buildings (4) 1.4.4 Current status and characteristics of energy consumption in other types of public buildings (5)1.4.5 Specific function energy consumption: Information center power consumption and kitchen and restaurant energy consumption 1.4.6 Overall status of energy consumption in public buildings in my country (1) 1.4.6 Overall status of energy consumption in public buildings in my country (2) 1.4.7 Severe problems and energy-saving tasks in the current development of public buildings in my country 1.5-1.5.1 Current status of energy consumption in rural areas 1.5.1 Status of energy consumption in rural buildings (1) 1.5.1 Status of energy consumption in rural buildings (2) 1.5.1 Rural building energy consumption status (3) 1.5.1 Rural building energy consumption status (4) 1.5.1 Rural building energy consumption status (5) 1.5.2 Problems in rural building energy consumption 1.5.3 Rural energy development strategy and rural building energy saving strategy (1) 1.5.3 Rural energy development strategy and rural building energy saving strategy (2) 1.6-1.6.1 my country's building energy consumption scenario analysis in 2030 1.6.1 Scenario analysis method and basic assumptions (2) 1.6.1 Scenario analysis method and basic assumptions (3) 1.6.2 Scenario prediction results and analysis (1) 1.6.2 Scenario prediction results and analysis (2) 1.6.2 Scenario prediction results and analysis (3) 1.6.2 Scenario prediction results and analysis (4) 1.7-1.7.1 China's ecological footprint 1.7.2 Development of China's ecological footprint and ecological carrying capacity (1) 1.7.2 The development of China's ecological footprint and ecological carrying capacity (2) 1.7.2 The development of China's ecological footprint and ecological carrying capacity (3) 1.7.2 The development of China's ecological footprint and ecological carrying capacity (4) Chapter 2 Thoughts on the concept of building energy conservation 2.1 Comparison of urban building energy consumption between China and foreign countries (1) 2.1 Comparison of urban building energy consumption between Chinese and foreign countries (2) 2.1 Comparison of Chinese and foreign urban building energy consumption (3) 2.1 Comparison of Chinese and foreign urban building energy consumption (4) 2.1.2 Comparative analysis of energy consumption of campus office buildings in China and the United States 2.1.2.2 Power consumption comparison 2.1.2.2 Power consumption comparison(1) 2.1.2.2 Power consumption comparison(2) 2.1.2.2 Power consumption comparison(3) 2.1.2.2 Power consumption comparison(4) 2.1.2.2 Comparative analysis of cooling and heat consumption 2.1.2.4 Discussion 2.1.3 Comparative analysis of energy consumption of Chinese and foreign residential buildings 2.2 How to control the physical environment in the building 2.3 What kind of indoor environment is a comfortable and healthy environment 2.4 What is building energy conservation 2.5 About zero-energy buildings 2.6 Adhere to the scientific outlook on development and realize building energy conservation with Chinese characteristics Chapter 3 Analysis of the applicability of certain building energy conservation technologies and measures 3.1 Green building evaluation standards 3.2 Discussion on variable air volume air conditioning systems 3.3 Problems in the application of solar photovoltaic panels in buildings 3.4 Absorption chillers 3.5 Double-skinned glass curtain walls 3.6 District cooling 3.7 Technical applicability analysis of building combined heating, power and cooling systems 3.8 Water-water heat pump system Chapter 4 New technologies and measures for building energy conservation 4.1 Overview of new technologies for building energy conservation 4.2 Terminal on-off regulation and heat sharing technology based on individual building heat metering 4.3 New method of combined heat and power centralized heating based on absorption cycle 4.3.2 Innovative solution - absorption cycle technology 4.4 Solution dehumidification technology 4.5 Indirect evaporative cooling 4.6 Introduction and application of natural ventilation vents 4.7 Sub-measurement of energy consumption in large public buildings 4.8 Typical case analysis of comprehensive improvement technology for ecological energy-saving rural houses and villages 4.9 Development of zero-energy buildings at home and abroad Appendix 1 Summary of relevant data on building energy consumption 1.1 National data 1.2 Local data 1.3 International data 1.4 Energy measurement unit conversion Appendix 2 China’s building energy consumption model 2.1 Overview of my country’s building energy consumption research 2.2 China’s building energy consumption model 2.3 Summary Appendix 3 Civil Building Energy Conservation Treaty Civil Building Energy Conservation Treaty Appendix 4 Full-process energy-saving management system based on energy consumption quotas for large public buildings 4.1 Energy consumption quotas for large-scale public buildings 4.2 Whole-process energy-saving management system for large public buildings based on energy consumption quotas 4.3 Pilot study on whole-process energy-saving management based on energy consumption quota in large public buildings Appendix 5 The impact of air-conditioned environment on long-term human health 5.1 Surveys in Jiangsu and Shanghai 5.2 Surveys in Beijing Appendix 6 Research progress on thermal comfort at home and abroad 6.1 Traditional thermal comfort theory and steady-state air-conditioning control strategy 6.2 Differences in thermal comfort between dynamic non-air-conditioned environments and steady-state air-conditioned environments 6.3 Research progress on thermal comfort in dynamic artificial environments 6.4 Research on physiological parameters characterizing thermal comfort and work efficiency Appendix 7. Energy consumption model 7.1 Schematic diagram of the relationship between each energy consumption node 7.2 Design principle of the energy consumption model