Mr.Mr. EdEd MerwinMerwin
Tridium Advanced Integrated Facilities
May 4, 2010
Ed Merwin National Sales Leader Niagara Automation Energy Security Honeywell, Inc. Agenda
• Technology Solutions for Today’s Facilities • Systems Integration for Optimization •Examples • Smart Grid and Demand Response Traditional Architecture
Client Workstation Host Based Server • Central Server • Full client workstations • Isolated Systems
Local Area Network
Proprietary
DVR HVAC Energy Door Access Elevator Lighting Control Control
Security Cameras Elevators Video Card Access Electrical Lighting HVAC Buildings have many systems Devices networked into systems Silos of systems Disparate Systems ZigBee LonWorks DALI Modbus BACnet Proprietary Silos of Protocols Disparate Protocols Connecting/Interoperation of Devices
Frameworks connect devices to each other and the Internet
M I D D L E W A R E F R A M E W O R K S Proprietary LonWorks Modbus BACnet Integrated Architecture
Web Browser Network topology is flattening Systems becoming more distributed Integrations through IP open protocols
Local Area Network
oBIX XML Modbus BACNet LON
IP Access Control Cameras Appliance HVAC Energy
Elevator Lighting Control
MODBUS® Administration
Energy Lighting Finance Security XML SQL MODBUS HTTP HTML Facility/Plant ODBC SNMP Management
JDBC FTP Fire LEGACY
SMTP
WAP Maintenance
HVAC And More
From boiler room to board room – Niagara brings value to your operation Basic Security Architecture WEB Browser
Internet
Ethernet / LAN http, BACnet, oBIX, SNMP, XML, Fox Integrated Security & Facilities Solution
Cost Savings from Shared Platform Enterprise Security Architecture
WEB Browser
System Software Internet WEBs-AX Enterprise Security
WEBsStation-AX
Ethernet / LAN http, BACnet, oBIX, SNMP, XML, Fox Enterprise Intelligent Integrated Architecture
WEB Browser
System Software
Internet WEBsStation-AX WEBs-AX Supervisor WEBs-AX Enterprise Security WEBs-AX Energy Analytics
Ethernet / LAN http, BACnet, oBIX, SNMP, XML, Fox Integrated Data Model
• Connect and integrate these disparate systems and protocols • Integrate the energy consuming devices and systems within • Get them to work together to be managed, controlled and operate at optimum levels
Energy Facility Building Chiller Property Security Management CRM Management ERP Management Management Management Management`
EIS – Enterprise Application ‐ XML / Web Services
InteroperabilityPhysical I/P Layer
NIUs ‐ Obix, LonWorks, BACnet, OPC, MODBUS, EIB,SNMP,M‐Bus Protocols Integration to Enterprise Applications Enterprise Applications Property Management CRM Web Browser Finance Utility and Aggregators Integration through Web Services New applications and services
HTTP XML, oBIX, OpenADR
Local Area Network
oBIX XML Modbus BACNet LON
IP Access Control Cameras Appliance HVAC Energy
Elevator Lighting Control
MODBUS® Evolution of Integration – Today
• Still plenty of 70s, 80s, & 90’s Architecture • New integration strategies are available and being implemented • IP Centric with systems sitting directly on IP backbone • Business models (instead of technology) are driving integration to create value • Enterprise Integrations becoming as important as field bus integrations Why Connect and Integrate? • Connecting disparate systems only makes sense if it adds value • All stakeholders must agree – CFO, COO, CIO, Facilities Director, Security and Safety Director, Energy Manager • Test the business model then design a technology architecture • Think about usage scenarios and general information transfer required to meet the needs of the tenant and stakeholders • Model the interactions between systems • Develop an Architecture to represent the physical world • “Think, Model, Architect” Example Scenario
• Class A, Multi-tenant Office Building • Systems being installed: – Card Access/Elevator Access –HVAC – Lighting – Energy Monitoring – Business Enterprise • HVAC and Lights from 7am-7pm M-F • After hours usage billed extra • What degree of connecting and systems integration makes sense? •Where can I derive value? Framework Example
Card Access Tenant Billing
Video Energy
Intrusion Elevator HVAC Lighting
System Interaction: Unoccupied building, Saturday night Framework Example
“Access Granted, Zone 4” Card Access Tenant Billing
Video Energy
Intrusion Elevator HVAC Lighting
System Interaction: Scott swipes card at main entrance, works on 4th floor South Framework Example
“Access Granted, Zone 4” Card Access Tenant Billing
“Camera Preset 1, Initiate Recording” HTTP Video Energy
Intrusion Elevator HVAC Lighting
System Interaction: Video system needs to verify and record Scott’s entrance Framework Example
“Access Granted, Zone 4” Card Access Tenant Billing
“Camera Preset 1, Initiate Recording” HTTP Video Energy
“Disarm Intrusion Zone 4” LEGACY Intrusion Elevator HVAC Lighting
System Interaction: Alarm system armed, need to disarm 4th floor intrusion zone Framework Example
“Access Granted, Zone 4” Card Access Tenant Billing
“Camera Preset 1, Initiate Recording” HTTP Video Energy
“Disarm Intrusion Zone 4” LEGACY Intrusion Elevator HVAC Lighting “Floor 3 Enable” XML
System Interaction: Allow access to 4th floor Framework Example
“Access Granted, Zone 4” Card Access Tenant Billing
“Camera Preset 1, Initiate Recording” HTTP Video Energy
“Disarm Intrusion Zone 4” LEGACY Intrusion Elevator HVAC Lighting “Floor 3 Enable” “Zone 4 Occupied” XML
System Interaction: It is hot in Scott’s office, turn on AC Framework Example
“Access Granted, Zone 4” Card Access Tenant Billing
“Camera Preset 1, Initiate Recording” HTTP Video Energy
“Disarm Intrusion “Circuit 1, 2 ON”
Zone 4” MODBUS® LEGACY Intrusion Elevator HVAC Lighting “Floor 3 Enable” “Zone 4 Occupied” XML
System Interaction: Scott needs light on 4th floor hallway and office Framework Example
“Access Granted, Zone 4” Card Access Tenant Billing
“Camera Preset 1, “Totalize light and Initiate Recording” HVAC for Zone 4” HTTP Video Energy
“Disarm Intrusion “Circuit 1, 2 ON”
Zone 4” MODBUS® LEGACY Intrusion Elevator HVAC Lighting “Floor 3 Enable” “Zone 4 Occupied” XML
System Interaction: Lights and AC for Scott used 50 kWH Framework Example
“Access Granted, “Generate / email Zone 4” Invoice for Sat” Card Access Tenant Billing SMTP
“Camera Preset 1, “Totalize light and Initiate Recording” HVAC for Zone 4” HTTP Video Energy
“Disarm Intrusion “Circuit 1, 2 ON”
Zone 4” MODBUS® LEGACY Intrusion Elevator HVAC Lighting “Floor 3 Enable” “Zone 4 Occupied” XML
System Interaction: Invoice Scott for $150 of after hours energy usage Integrated Access, Lighting, HVAC Integrated Example Live Architecture Floor Plan Security Dashboard Emissions Dashboard Lighting Dashboard Applications Using Access Data & Devices
• People Counting and Dwell Time @ BOA – Staffing Profiles & Optimization – Create Load Profiles – Demand Based Ventilation – Lighting and HVAC Occupancy Alarm at night • AT CCI Office Lighting Occupancy Sensor is also an HVAC Sensor is also a Security Sensor • Card Access turns on systems in morning and turns off equipment at night – Don’t run unless building is occupied – Turn off areas as people leave Video Integration Video Integration • Niagara Video Widgets –View live video – Pan / tilt / zoom control – Query and playback stored video – DVR video display management – Integrated alarm console • Video Integration Functions – Bi-directional alarming interface • HVAC alarms initiate video sequences • Video alarms initiate HVAC, Lighting, Safety Sequences Re-task Video on Alarm/Event
Freeze Alarm = Look to Ceiling
Water flow @ Night = Look to Restroom Door
Intruder in Frame = Turn on All Lights Data Integrated Video Boiler
180.6 Deg
Burner On
Fuel=Oil Transformer Vault
84.6 Deg
IN=13,804 V OUT=480 V IN=13,804 V 138 Deg OUT=480 V 138 Deg Smart Grid
• More than Smart Meters • Control of energy from the utility to the end user • Reduce energy and reduce the load on an over extended infrastructure • Optimize the Energy Infrastructure • Smart Production, Delivery, and Use of Energy Smart Grid ADR Architecture Smart Grid Energy Appliance
Remote Browser
Remote Demand Power Gas Water Response Server Monitor
Wireless Options: •GPRS •ZigBee Control •6LowPAN
Irrigation Lighting HVAC VYKONstat with occupancy sensor Advanced Demand Response Example
Smart Grid Energy Appliance Advanced Demand Response Example
“Demand Response Alarm”
OpenADR Advanced Demand Response Example
“Demand Response Alarm”
“I have capacity” OpenADR Advanced Demand Response Example
“Demand Response Alarm”
“I have capacity” OpenADR
“Raise Setpoint 1 degree, If unoccupied raise 3 degrees” Wireless Advanced Demand Response Example
“Demand Response Alarm”
“I have capacity” OpenADR
“Raise Setpoint 1 degree” Wireless Elevator “Slow Car Speed” XML Advanced Demand Response Example
“Demand Response Alarm”
“I have capacity” OpenADR
“Raise Setpoint 1 degree” Wireless Elevator HVAC “Slow Car Speed” “90% Load” XML Advanced Demand Response Example
“Demand Response Alarm”
“I have capacity” OpenADR
“Raise Setpoint 1 “Circuit 1, 2 Off” degree” MODBUS® Wireless Elevator HVAC Power/Lighting “Slow Car Speed” “90% Load” XML Advanced Demand Response Example
“Demand Response Alarm”
“I have capacity” OpenADR “Verified Demand Shed” Energy
“Raise Setpoint 1 “Circuit 1, 2 Off” degree” MODBUS® Wireless Elevator HVAC Power/Lighting “Slow Car Speed” “90% Load” XML Advanced Demand Response Example
“Demand Response Alarm” “Generate / email Invoice ” Reconciliation SMTP “I have capacity” OpenADR “Verified Demand Shed” Energy
“Raise Setpoint 1 “Circuit 1, 2 Off” degree” MODBUS® Wireless Elevator HVAC Power/Lighting “Slow Car Speed” “90% Load” XML Energy Analysis via Dashboards
• Gain control of energy use by understanding usage habits – Are we really using our EMS stategies •Achieve energy savings • Better system and equipment efficiency and performance • Approach can deliver double digit energy reductions, improved building performance, lower operating costs, increased worker productivity, and environmental responsibility Flash Based Dashboard with Google Gadget Flash Based Analytical Application using XML interface Flashed Based Dashboard using OBIX interface Questions?