Improving Energy Efficiency and Reducing Emissions through Intelligent Railway Station Buildings

Cover -- Contents -- Figures, Tables, and Boxes -- Figures -- 1 Passenger Railway Traffic Volume -- 2 Factors Affecting Building Energy Consumption -- 3 Diagram of Building Automation Control System -- 4 Diagram of Beijing Station Passageways -- 5 Diagram of Passageway of Shanghai Station -- 6 Diagram of Passageway of the Beijing South Station -- 7 Energy Consumption Constitution of Large Stations -- 8 Comparison of Energy Use by Public Building Type -- 9 Issues Arising during Domestic Intelligent Building Projects -- 10 Station B Daily Dry Bulb Temperature -- 11 Station B Monthly Dry Bulb Temperature -- 12 Station B Daily Relative Humidity -- 13 Station B Daily Radiation -- 14 Operation Profile -- 15 Energy Consumption Baseline Breakdown -- 16 Four Intelligent Railway Station Building Measures toward Intelligent Energy Consumption -- 17 Comparison of Intelligent Energy Consumption with the Baseline -- 18 Intelligent Energy Saving Rate -- 19 Design and Building Cost versus Operation and Maintenance Cost -- 20 Energy Saving Rate from Control and Commissioning -- 21 Energy Saving Rate of International Retrofit Cases -- 22 Heating, Ventilation, and Air-Conditioning Energy-Saving Rates in Selected Cases -- 23 Lighting Control Energy Saving Rate in Selected Cases -- 24 Cash Flow after Retrofit -- 25 Low-Carbon Design Model -- 26 Intelligent Control with Sustainability -- 27 Railway Station Engineering Related Party Structure -- 28 Diagram of Traditional Processes -- 29 Diagram of Integrated Process -- 30 Aspects in Integrated Process -- 31 The Commissioning Process -- Tables -- 1 Comparison of Energy Use in 70 Large Stations between 2010 and 2011 -- 2 Location of Major Stations across Climate Zones -- 3 Impact of Station Design on Energy Consumption -- 4 Building Automation and Control Efficiency.