Transcript Integration and Campus Controls

Jennifer M. Granholm, Governor
Lisa Webb Sharpe, Director
FACILITIES
ADMINISTRATION
Building Operations Division
BUILDING CONTROLS
Introduction
•
•
•
•
State of Michigan
Department of Management and Budget
Office of Facilities Administration
Division of Building Operations
• Building Operation and Energy Management Unit
2
Energy Expenses
Fiscal year 2005/2006
8
7
6
5
4
Dollars(in millions)
3
2
1
0
Elec
Gas
Steam C Wtr
Water
37 facilities managed by Building Operations Division
Executive Directive No. 2007-22
Effective November 14, 2007
ENHANCED ENERGY EFFICIENCY AND
CONSERVATION BY STATE DEPARTMENTS
AND AGENCIES
(Executive Directives 2005-4 and 2007-6 rescinded.)
Reducing Energy Use in State
Buildings
• DMB Shall establish an energy efficiency
savings target
• Attain a 10% reduction in energy use by
December 2008
• Attain a 20% reduction in grid-based
energy purchases by December 2015
(When compared to energy use and purchases for fiscal year ending 9/30/2002)
Measurement and Conservation
• Develop by July 1, 2008, a process for
measuring energy consumption to be used by all
state departments…in a common and consistent
manner. The process shall include a
mechanism to calculate each principal
department's carbon footprint.
• State departments and agencies are directed to
take all necessary steps to conserve energy and
enhance energy efficiency consistent with this
Directive...
Implementation Plans
• Develop Goals
– Departmental
– External (working with local markets)
• Develop Required Relationships
– DIT (Telecom and OES also)
• Software Requirements & Capabilities
• Working With Existing Systems
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–
–
–
HVAC
Elevators
Utilities
Lighting
Early Goals
• Reduce proprietary systems and move
toward open architecture.
• Establish communication interconnectivity
capability among various vendors’
equipment.
• Permit/Enable competitive bidding.
• Establish uniform and secure interface to
all building systems—enhancing security.
Early Goals (Continued)
• Real-time monitoring of utilities and building
control systems.
• Reduce the state’s dependence on outside
vendors for the system’s operation.
• Improve elevator control and monitoring while
taking advantage of existing infrastructure for
cost savings.
• Enable and consolidate energy metering
capabilities.
Partnerships = Streamlined Process
• DMB, DIT, Telecom, OES
– Developed an understanding of terminology
– Determine Areas of Responsibility
– Develop/Enhance Trust
– Identify Security Issues & Concerns
– Develop pre-approval process for equipment
Why Work with IT?
Averaged Statistics from 2006
• Widespread use of botnets to distribute
SPAM and Virus emails
• 249,649 daily SPAM and Virus emails
blocked
• 31,121 daily web defacement attempts
• 18,986 daily scanning attempts for
unauthorized access
• 8,693 daily Internet browser based
compromise attempts
Spam and Virus E-mail Blocked by
Office Of Enterprise Security
Monthly Counts by Year
18,000,000
16,000,000
14,000,000
12,000,000
10,000,000
2004
8,000,000
2005
6,000,000
2006
4,000,000
2,000,000
0
JAN
FEB
MAR
APR
MAY
JUN
JUL
AUG
SEP
OCT
NOV
DEC
Software Requirements
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•
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•
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Integrate diverse systems and devices.
Web-based environment.
Future expandability.
Distributed, open environment.
Real-time information sharing.
Integration into existing IT architecture.
Software Research Conclusion
Niagara Framework
To integrate all types of embedded devices into a single,
truly interoperable system, regardless of protocol
To be able to control and monitor sites over the Internet
To be able to collect and analyze data from all types
of systems and locations
To reduce energy usage and save money
Open Source Technology
© Tridium 2008
Niagara Software Concept
Legacy
Automation
Systems Modbus
Enterprise
Application
Connectivity
Emerging
Standards
Browser
User
Interface
Intranet / Internet
Fieldbus Protocols
Niagara Applications
Market Place
JACE = Java Application Control
Web Server
Engine
Embedded Work Bench
IP Addressable
Battery & Flash Memory
2 Ethernet Ports
Up to 5 RS 485
1 RS 232
Cellular Card
LON Card
Sedona Wireless Card
Digital and Analog IO
Modules (up to 64)
Supports Multi Communications Protocol
LON, BACnet, Modbus
XML, TCP/IP, SNMP, OPC
Legacy Drivers, Serial Drivers
Typical Integrated System Today
Building Operations & Energy
Management Network (BOEMN)
Initiative
BOEMN is an infrastructure for building
operations, energy controls and
communication which consolidates the
monitoring and management of all HVAC,
lighting, elevators, and energy metering
into one system.
BOEMN HISTORY
The First Trane HVAC system was integrated in
2006 inside the G. Mennen Williams Building
BOEMN STATUS
BOEMN is currently operational
in 7 State of Michigan buildings
within 3 cities.
• Grand
Rapids
* Lansing
• Dimondale
BOEMN FUTURE
•Escanaba
Within 3 years, DMB
plans to install BOEMN
in 30 additional State
of Michigan buildings.
•Traverse City
• Grand
Rapids
• Saginaw
• Flint
* Lansing
• Dimondale
• Jackson
BOEMN Innovations - 1
• Monitor service needs
and energy use on a
state-wide, group or
individual basis
• Access to all usage data
• Ability to perform
normalized cost and use
analysis
• Ability to more accurately
predict future
maintenance and energy
needs
BOEMN Innovations – 2
• Reduce proprietary
systems
• Move toward open
architecture
• Establishes
communication
interconnectivity
• Unlocks and consolidates
data for existing systems
• Enables Plug and Play
functionality
BOEMN Innovations – 3
• Enables and consolidates
energy metering capabilities
• Remote web access to
system
• Modify control settings from
any network location
• Works from multiple
workstations
• Real-time monitoring of
energy and water usage
BOEMN Innovations - 4
• Uses existing Wide Area
Network, web systems and
IT products
• Facilitates competitive
bidding
• Provides “Best of Breed”
options
• Establish uniform and
secure interface
• Reduce dependence on
outside vendors
BOEMN Cost Advantages
• More efficient energy management =
LOWER COSTS
• Saves $400,000 annually through
cancellation of sole source maintenance
agreements
• Saves up to $500,000 per building on
service bids
BOEMN Home Page
Area Monitoring
Data Tracking
Standardized Utility Monitoring
Measurement & Verification of
Utility Data
Standardized HVAC Monitoring
Standardized Elevator
Monitoring
Special Applications
Civil Defense Siren Control
Future Applications
Open Source XML Broadcasts
Demo Sites
Genoa Medical Center
http://68.21.55.164
Username: demo
Password: demo
Tridium Demo Site
http://axdemo.tridium.net
Username: demo
Password: demo