If the you can read this Click on the icon to choose a picture or Reset the slide. To Reset: Right click on the slide thumbnail and select ‘reset slide’ or choose the ‘Reset’ button on the ‘Home’ ribbon (next to the font choice box) If the you can read this Click on the icon to choose a picture or Reset the slide. To Reset: Right click on the slide thumbnail and select ‘reset slide’ or choose the ‘Reset’ button on the ‘Home’ ribbon (next to the font choice box) BUILDING WIDE SYSTEMS INTEGRATION
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Functionality delivered as intended on Day One All technology components work together as intended Effective technology planning, scheduling, and controlling Construction cost reduction (capital) Eliminate redundancies Leverage purchasing power Minimize change orders Ongoing cost reduction (O&M) Reduce physical monitoring and maintenance of disparate systems Easier management of energy systems Efficient ongoing support Single point of contact for owner Reputable, effective maintenance and services Optimized Infrastructure Thought leadership to ensure long term technology relevance “Green” Compliance Efficient operation of energy systems Reduced material volume through elimination of redundancies
Hospital Integration (Potential ‘’use case’’ for Code Blue)
On the activation of a Code Blue by the Nurse Call System, the crash team gets notified on the Wireless Communication System A recorded message is broadcasted through the General Paging System/ Fire Alarm System in that specific zone and on the Digital Signage. The HVAC System goes on cooling mode and the Lights turn on. The Real Time Location System (RTLS) locates the nurse in duty that is the closest to an available emergency cart, connects with her through the Unified Communication System and allow her free access to the elevator through the Life Safety System and the Security System. The medical record of the patient is shown on the TV screen in the patient room via the Patient Entertainment system.
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Presentation Notes
USE case design philosophy – Systems that talk together.
Integration Matrix Example
Standard Active Shooter Response Time
4 Minutes: Average time to dial 911
18 Minutes: Average response time of emergency response/law enforcement
12.5 Minutes: Average duration of an active shooter incident
In Columbine, the first reliable 911 call stating shots were fired first occurred 6 minutes after the first shot. In those first 6 minutes, 12 students and facility had already been killed or wounded.
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Relying on humans we have delayed results.
Optimize!
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Optimizing your building is using the right tool for the right job. Technology can do some things much better.
Optimized Security Response - Public Communication
ACTIVE SHOOTER EMERGENCY AT WALTER LIBRARY! • LED Lighting in classrooms and offices change color
silently signifying emergency.
• Fire Alarm systems in classrooms, offices, and conference rooms will provide emergency instructions.
• Fire Alarm system can announce emergency instructions.
• Text messages are sent based on location providing instructions to “Flee, Hide, or Fight” for those in the building and to evacuate the area to those near the building.
• The digital signage within the space will provide instructions and surrounding buildings will provide details related to the event and instructions to evacuate the area.
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70-80% of people freeze in emergency situations, neither fighting or fleeing, without prompting. Coordinated messaging between impacted and surrounding buildings is important, do not want people heading to dangerous areas.
Intelligent Security Response – Emergency Response Team
ACTIVE SHOOTER EMERGENCY AT WALTER LIBRARY! • Immediate Notification of shot fired to
emergency responders. • Systems identify and track shooter through the
building, telling law enforcement where shooter is located and direction of movement.
• Video Surveillance System actively tracks shooter through building providing law enforcement of real time video.
• Systems pull up HR profile information of
shooter. • Access Control Systems can shut down
access to parts of the building. • Emergency responders are given control of
core building systems and a rough count of number of people and locations in the building.
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The faster reliable notification is made the faster a response can be made. 47% of causalities die in an attack, improved response and neutralization of threat can save lives. Reliable information during an attack is hard to come by… Up to 8 shooters were reported in Columbine attack, in multiple different locations, after the shooters had already taken their own lives.
Enabling Technologies…converged
Shot Detection Access Control Video Surveillance Video Analytics Building Automation System Fire Alarm Public Announcement Location Services Audio Visual Equipment
Visitor Management System Network Equipment Wi-Fi/Network Unified Communications Lighting Control BYOD/Smart Phones DAS Digital Signage HR Database
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In order to get the outcomes outline in the previous slides, all of these technologies must be connected and automatically sharing information.
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How do we accomplish this? There are new, innovative ways to construct a smarter, more optimized and efficient building. By envisioning the building’s purpose and desired outcomes, and then leveraging convergence in building, business and specialty systems from the beginning, you can have a bigger impact on first and lifecycle costs, and enhance the functional capabilities for your business. Simply put, CT brings a smarter way to build.
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Advances in building integration are pushing the concept of “smart” to higher levels every day. Now, building owners, contractors, architects and engineers wonder, “Is this building smart enough for tomorrow? How about 10 years from now?” It’s just not enough to bring together heating, ventilating and air conditioning equipment with security and lighting systems. There’s demand for a new, innovative way to construct a smarter, more optimized and efficient building. And just as the construction market continues to require integrated project delivery (*IPD) and design-build to positively impact speed, value and cost certainty in a construction project, there is also a need to envision the building’s purpose and desired outcomes. By leveraging convergence of building, business and specialty systems from the beginning, you can have a bigger impact on first and lifecycle costs, and functional capabilities. * Using an integrated project delivery (IPD) process from the start allows us to maximize value to the owner while minimizing issues like redundant systems, miscommunications, cost overruns and missed deadlines. The advantage of an IPD approach is the design and construction team, including owner reps, engineering consultants, architects, general contractors and JCI, collaborate early in the design process and work toward designing the building based on the desired outcomes required for the people who use the building. This results in time and cost savings as well as reducing the complexity and risk of the building, business and vertical specialty systems interoperability.
Bring the technologies buildings needs and customers want together to create a better way to build!
Simplify and optimize your technology environment by leveraging network and system convergence. Manage everything on a unified intelligent infrastructure: • HVAC • Building Automation Systems • Security • Lighting • Information Technology and
Communications • Specialty Systems You’ll cut installation costs and create a more valuable building for tenants and investors
Building Systems
Specialty Systems
BWSI Delivery Model
Business Systems
Customers now face significant challenges associated with managing convergence
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Presentation Notes
Technology Contracting™ is our integrated project delivery process. We act as the single point of responsibility for managing integration, installation and service. This approach reduces risk, minimizes change orders, and hits your budget and deadlines. With a technology convergence approach, building, business and specialty systems function as a single entity, enabling more control, better automation and an increased use of technology. Technology convergence allows you to manage everything on a single network infrastructure: HVAC, building automation, security, lighting, information technology and communications, specialty, and more. A single network infrastructure provides better interoperability, so your business runs more efficiently. The result is…a smarter building. Today & tomorrow…not just on day 1 ,but 30+ years and across the building’s lifecycle
Owner
General Contractor
Mechanical Contractor
Electrical Contractor
Electrical Equipment
High Voltage Distribution
Emergency Power Generation
Mechanical Equipment
Hot Water System
Air Distribution System
Fire Suppression System
Medium Voltage Distribution
Fire Alarm System Lighting Control System
Chilled Water System
Mechanical Systems Integrations
Building Automation
Smoke Control Systems
Mechanical Control Systems
Integrated Security System IT Network
Power Management & Assurance
Electrical Systems Interfaces
and Integrations
Domestic Water Systems
Sanitary Systems Thermal Storage
Audio/Visual
The traditional construction model hinders convergence
Structured Cabling
Digital Signage
PA System
DAS
Network Hardware
Wi-Fi
Location Services
Visitor Management
Parking Management
Point of Sale
Wayfinding
Multiple Departments
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Presentation Notes
Migrating to an IP network, fragmented, dozens of contractors; Who is in charge of developing/designing each system? Are optimized outcomes possible with so many hands in the cookie jar?
The technology contracting model enables convergence
Owner
General Contractor
Mechanical Contractor
Electrical Contractor
Electrical Equipment
High Voltage Distribution
Emergency Power Generation
Mechanical Equipment
Hot Water System
Air Distribution System
IT Network
Medium Voltage Distribution
Fire Alarm System
Lighting Control System Chilled Water System Building
Automation
Integrated Security System Smoke Control Systems
Technology Contractor
Sanitary System
Fire Suppression
Lighting & Cathodic Protection
Domestic Water
Thermal Storage
Specialty Technology Systems • Location Services
• PA System • DAS • Network Hardware • Wi-Fi • Point-of-Sale • CATV • VoIP • Audio/Visual
• Room Scheduling • Digital Signage • Infotainment • Employee Time
On time, on budget, with the functionality you expect. Simplified design, installation, commissioning, and communication during a project.
Siloes Uncooperative Insecure
Connected Information sharing Secure
Smart + Connected Building
Digital Signage
Utility Meters
HVAC Access Control Elevators Lighting
CCTV Digital
Signage Utility
Meters
HVAC
Access Control
Elevators Lighting
CCTV
Digital Signage
Utility Meters
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Presentation Notes
In a traditional building, each control system runs on its own network and has its own server – typically installed and maintained by the same people that put in the system being controlled. This makes managing and maintaining the network challenging and increasing the risk of back-door access to systems. Generating reports for all systems is a challenge and coordinating events is virtually impossible. In a converged building, all of the systems are connected to a single enterprise network, operated and maintained by the owner’s IT department, meaning higher availability and better security. Data is available between systems, making synchronized activities much easier, reducing duplication of sensors and making expansion easier.
Smoke Control Using Listed BMS
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Speaker notes: An example of how this integrated data is shown here Blue highlighted boxes show visualized data from the fire alarm, security, and lighting systems Color coding of warning, alarm, and override conditions will be consistent with HVAC points as well Through the layering feature in MUI, operators can opt out of viewing these data types by switching these layers off
Converged Network Example / One UI
IBMS Superhighway
Server/MUI High priority microservices Reporting SWM – eliminate Crypkey
MSTP or N2
MS/TP Metasys Integrate via NAE
IP Daisy Chain Topology
IP Star Topology
Linux Engine
IP Topology Options Integrate via Linux Engine
BACnet IT - secure
N40/N50
IP Ring Topology
Windows Engine
Linux Engine N40/N50
N50
Cisco Ring Manager
Tools IP controller verification and balancing across subnets Unattended downloads FAC background downloads
Fire Alarm Integrate via BACnet
BACnet IP unsecure
MS/TP
CCTV Integrate security via Crossfire Fire via BACnet IP Linux Engine N40/N50
Https
ZigBee
WiFi
MAP CCT/SCT
Gen4 VMA
Gen4 FAC (18)
Update FAC3613
VMA 1930 FAC4911(28)
WNC
BACnet IP unsecure
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Presentation Notes
Speaker notes: An example of how this integrated data is shown here Color coding of warning, alarm, and override conditions will be consistent with HVAC points as well Blue highlighted boxes show visualized data from the fire alarm, security, and lighting systems Let’s start the improved integration with Simplex Fire
Speaker notes: An example of how this integrated data is shown here Color coding of warning, alarm, and override conditions will be consistent with HVAC points as well Blue highlighted boxes show visualized data from the fire alarm, security, and lighting systems Let’s start the improved integration with Simplex Fire
One UI integrations - Fire Alarm
Fire System includes BACnet IP integration option
Fire Systems
• Provides clear visualization of mapped fire system data
• Makes fire system data more useable for facilities managers
• Maintenance activities can be prioritized
Saves time & money
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Presentation Notes
Speaker notes: Simplified integration with SIMPLEX® Fire Systems via BACnet IP Old Sierra Monitor BACnet integration to Simplex is rough – too many binary points We’ve streamlined and prioritized the data coming in from Simplex to simplify the integrations – makes it more useable for facilities managers Our tools simplify and speed up the time from days to hours Maintenance activities can be prioritized thus saving time and money dirty smoke head status indication through Metasys Smoke head and pull stations located on graphics can flash or change color when in alarm state Through True-Alert product line can test themselves for proper operation – reporting of proper operation can be reported back to Metasys Important to note that this is a secondary monitoring solution and not UL listed
One UI integrations – Security (CCTV, Card Access)
Johnson Controls, Inc. — 22
One UI integrations – Security (CCTV, Card Access)
Access Control & Video Management Systems
• Automates building conditions during security badge and door access events
• Automates building conditions when triggered by events captured from video analytics
• Automates building conditions on fire alarm activation
VND integration drivers added to provide data from the Access Control System
and Video Management System
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Presentation Notes
Speaker notes: New integrations with C-Cure Security and Victor Video Management systems (from Tyco Security Products) via VND integration (“vendor” integration – a JCI term) Cameras can provide more data for analytics which can trigger events in Metasys. Data such as: Motion detection Crowd forming License plate and facial recognition People counting
One UI integrations – Lighting
One UI integrations – Lighting
Leading Lighting Systems
• Automates lighting adjustments for optimal lighting conditions per occupancy, schedules and events
• Creates better awareness of lighting systems to monitor and control all lights in a building
• Uses built in sensors to detect presence, and temperature
• Can utilize lighting for egress paths on fire alarm activation
LED lighting and sensor networks from preferred partners tightly integrated with
One UI
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Presentation Notes
Speaker notes: Simpler standardized integrations with leading manufacturers Cree and Molex Consolidation of point data to virtualize individual bulbs and fixtures in to groups, zones, and spaces which aligns with space definitions in MUI Metasys will be able to: Turn lights on/off Adjust lighting levels, colors, and scenes Read integrated sensors such as temperature, light level, humidity and air quality Determine power consumption of the lighting systems
JOHNSON CONTROLS Delivering the Intelligent Building
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