Handbook of Web Based Energy Information and Control Systems

Barney L. Capehart, Timothy Middelkoop

• Forewords, I. Introduction to Web Based Energy Information and Control Systems, 1. Introduction to the Handbook of Energy Information and Control Systems, 2. Evolution of the Enercept™ Meter, 3. Web Based Energy Information and Control Systems for Energy and Facility Management, II. The Case for Web Based Energy Information and Control Systems, 4. Defining the Next Generation Enterprise Energy Management System, 5. The Case for Energy Information, 6. Web-Based Building Automation Controls and Energy Information Systems, 7. Turning Energy Information Into $$$$, 8. Why Can’t a Building Think Like a Car? Information and Control Systems Opportunities in New Buildings, 9. Web Resources For Web Based Energy Information and Control Systems, III. Building Information Systems, 10. Building Energy Information Systems: State of the Technology and User Case Studies, IV. Data Analysis and Analytical Tools, 11. Data Quality Issues and Solutions for Enterprise Energy Management Applications, 12. Using Standard Benchmarks in an Energy Information System, 13. An Energy Manager’s Introduction to Weather Normalization of Utility Bills, 14. Data Analysis and Decision Making: Using Spreadsheets and “Pivot Tables” To Get A Read On Energy Numbers, 15. Fundamentals of Database Technology and Database-Driven Web Applications, 16. BCS Integration Technologies—Open Communications Networking, 17. ANSI/EIA 709.1, IP, and Web Services: The Keys to Open, Interoperable Building Control Systems, 18. Network Security for EIS and ECS Systems, V. Systems Perspective and Enterprise Energy Systems, 19. Building Control Systems & the Enterprise, 20. Disney’s Approach to Energy Management System Design, 21. Using Custom Programs to Enhance Building Tune-Up Efforts, 22. An IT Approach to Optimization and Diagnosing Complex System Interactions, 23. EModel: A New Energy Optimization Modeling Language, VI. Energy Information Systems Development, 24. Developing an Energy Information System: Rapid Requirements Analysis, 25. Developing an Energy Information System: Custom design vs. Off-the-shelf Software, 26. Developing an Energy Information System: A New Look, 27. Interoperability of Manufacturing Control and Web Based Facility Management Systems: Trends, Technologies, & Case Studies, VII. Building Commissioning, Maintenance and Modeling, 28. Electric Usage Monitoring Per Socket/Switch: Economical Alternative, 29. Computerized Maintenance Management Systems (CMMS): The Evolution of a Maintenance Management Program, 30. Automated Commissioning for Lower-cost, Widely Deployed Building Commissioning of the Future, VIII. Energy Information Systems Case Studies, 31. The Utility Report Cards: An Energy Information System for Orange County Public Schools, 32. Machine to Machine (M2M) Technology in Demand Responsive Commercial Buildings, 33. Participation through Automation: Fully Automated Critical Peak Pricing in Commercial Buildings, 34. Web Based Wireless Controls for Commercial Building Energy Management, 35. Wireless Sensor Applications for Building Operation and Management, IX. Enterprise Energy System Case Studies, 36. How Disney Saves Energy (Hint: It’s Not Magic), 37. The Business Value of Enterprise Energy Management at DFW Airport, 38. Cisco Connected Real Estate, 39. Building Automation and Control Systems Case Study: Johnson Controls Headquarters, Glendale Wisconsin, 40. Bringing Building Automation Systems Under Control, 41. Ford Compressor Management System Case Study, Author Bios, Index.