Commercial Building Management Systems

Energy Management, HVAC, Lighting Controls

Research Report

Pages
61
Deliverables
Released
3Q 2011
Product Code
RR-BMS-11
Price
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Worldwide, buildings consume approximately 42% of all electricity, surpassing any other asset. To achieve sustainable energy consumption levels, it is essential that appropriate and effective building management systems be employed. A building management system (BMS) is the core of a building automation system (BAS) in which a BAS includes connectivity of the various subsystems and applications such as HVAC and lighting controls. This study examines the existing market for Building Management Systems and the emerging potential for Building Automation Systems, both in new deployments and in retrofits to existing BMS. The report also outlines the technological, environmental and financial developments that are set to alter the landscape of the BMS market over the next five years.

What Questions Does This Report Answer?

  • What is the difference between a Building Management System and a Building Automation System?
  • What types of incentive are offered to building managers and tenants to reduce their energy consumption?
  • Which building systems can be automated to achieve a reduction of energy consumption?
  • What are the key BMS communication protocols and technologies?
  • What part can wireless play in the implementation or update of a Building Automation System?
  • What are the target applications and goals for green Building Management Systems?

Who Needs This Report?

  • BAS/BMS hardware and software vendors
  • BAS/BMS consultants and system integrators
  • BAS/BMS component suppliers
  • Global IT Service companies
  • Facilities management companies
  • Facilities management departments within organizations

Table of Contents

  • Executive Brief

  • Top Line Forecast
  • Drivers
  • Inhibitors
  • Summary and Strategic Recommendations

Section 1.
EXECUTIVE SUMMARY

1.1. Energy Efficient Buildings
1.2. Dynamics in the BMS Market
1.3. BMS Market Changes
1.4. BMS Market Issues
1.5. Business Models and Monetization Opportunities
1.6. Key Challenges Faced by the BMS Market
1.7. Market Forecasts

Section 2.
MARKET ISSUES

2.1. Overview of the Building Solutions Market
2.2. Existing BMS Market
2.3. Drivers for Energy Efficiency in the BMS Market
2.4. Legislative, Regulatory, and Other Drivers
2.5. American Recovery and Reinvestment Act of 2009 (ARRA)
2.6. Property-Assessed Clean Energy (PACE) Program
2.7. Better Buildings Initiative
2.8. US Environmental Protection Agency's ENERGY STAR Program
2.9. Role of US Department of Energy's Federal Energy Management Program
2.10. Europe Energy Efficiency Action Plan
2.11. Energy Savings Performance Contracts
2.12. Energy Service Companies (ESCOs)
2.13. Eco-Management and Audit Scheme
2.14. Energy Performance of Buildings Directive
2.15. Key Challenges Faced by the BMS Market
2.16. Existing BMS Vendor Market
2.17. A Seamless Entity: Unifying BMS and Enterprise IT Systems
2.18. Enablers of Convergence
2.19. Drivers of Integration
2.20. Convergence Leads to a Divergence of Opportunities
2.21. Overview of Energy Management System (EMS)
2.22. EMS Landscape
2.23. Next Generation BMS Platform
2.24. ISO 50001 - An Energy Management Standard
2.25. Smart Grid's Impact on Buildings
2.26. Readiness of Buildings for Smart Grid
2.27. Opportunities Arising from Smart Grid
2.28. Dynamics of Wireless Sensor Networking in Building Automation
2.29. Stakeholders Driving WSN
2.30. Market Adoption Drivers
2.31. Reduced Cost
2.32. Flexibility in Installation
2.33. New Applications and Flexibility
2.34. WSN Opportunities
2.35. WSN Market Challenges
2.36. Main BMS Applications with an Impact on the Environment
2.37. Application-Specific Controls
2.38. Role of Standards
2.39. Key Building Certification Programs and Organizations
2.40. World Green Building Council
2.41. BCA Green Mark
2.42. BREEAM
2.43. Green Globes
2.44. LEED

Section 3.
TECHNOLOGY ISSUES

3.1. Overview of Building Management System Technologies
3.2. Components of a Building Management System
3.3. Management Plane
3.4. Automation Plane
3.5. Field Level
3.6. Controllers and Devices Communications
3.7. Key BMS Communications Protocols and Technologies
3.8. BACnet Over IP
3.9. LonTalk Over IP
3.10. KNX
3.11. Web Services
3.12. Key Wireless Sensor Networking Technologies in BMS Applications
3.13. WSN Protocols and Standards
3.14. Key Buildings-to-Grid Protocols

Section 4.
KEY INDUSTRY PLAYERS

4.1. AirTest Technologies Inc
4.2. BuildingIQ
4.3. Cisco Systems, Inc
4.4. Continental Automated Buildings Association (CABA)
4.5. Echelon Corporation
4.6. EnerNOC Inc
4.7. EnOcean GmbH
4.8. Green Building Certification Institute
4.9. Honeywell Building Control Systems
4.10. IBM Corporation
4.11. Invensys
4.12. Johnson Controls Inc
4.13. Scientific Conservation, Inc (SCI)
4.14. Siemens Building Technologies
4.15. TAC (Schneider Electric)
4.16. Trane Global Control Systems
4.17. Tridium Inc
4.18. United Technologies (Carrier, Otis, UTC Fire & Security)
4.19. ZigBee Alliance

Section 5.
MARKET FORECASTS

5.1. Overview
5.2. BAS Revenue by Segment
5.3. BAS Revenue by Region
5.4. BAS Component Revenue by Region
5.5. BAS Wired Field Equipment Revenues and Shipments by Region
5.6. BAS Wired Field Equipment Revenues and Shipments by Vertical Market
5.7. BAS Wired Field Equipment Revenues and Shipments by Application
5.8. BAS Wireless Field Equipment Revenues and Shipments
5.9. BAS Wireless Field Equipment Revenues and Shipments by Region
5.10. BAS Wireless Field Equipment Revenue and Shipments by Vertical Market
5.11. BAS Wireless Field Equipment Revenues by Application

Section 6.
COMPANY DIRECTORY


Section 7.
ACRONYMS

7.1. Sources and Methodology
7.2. Notes




17 Tables

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