Integrated Building Technology

Transcription

1 Integrated Building Technology 2010 Crestron Electronics, Inc. Specifications subject to change. All copyrights and trademarks property of their respective owners.

2 What is Integrated Building Technology? IBT is where all of the key energy-consuming systems in a building work together (using automation integration) Why is this important?» Buildings account for 70% of electricity usage and up to 50% of that consumption is wasted» 40% of the world s raw materials goes into buildings» By 2025, buildings will be the largest consumers and emitters of greenhouse gases on the planet

3 What is the definition of IBT? Integrating two or more systems with software and logic to reduce the energy consumption of building systems and improve the user experience.

4 How does IBT work? IBT leverages dynamic automation systems using presence and calendar data to maximize the efficiency of the building systems. Partnerships add to effectiveness while reducing costs across a broader base

5 Connected Partnerships = efficiency E.g.. Crestron + Texas Instruments There are now over 3,000,000 Projectors with Crestron e-control Inside (e.g.. Dell, Benq, Vivitek, Mitsubishi, Epson) Include Connectivity and Flash UI as standard Allows simple scheduling & management of Audio Visual devices

6 BMS/IBT Partnerships Linking Building Infrastructure Security HVAC Integration

7 Using a Building Management Field Server Multi-protocol gateway: BACnet/IP BACnet Modbus/RTU LONworks HVAC Protocols FIELD SERVER Bi-directional communication = Points are mapped between BMS and Control system like Crestron

8 Johnson Controls Metasys Roomview Johnson Controls Network Interface HVAC Protocol GLA-BMS Interface Cresnet Protocol Crestron Processor Johnson Controls VAV Controller I/O Devices

9 Building Resource Management Software Basic Software Suites Advanced Resource Scheduling Software Suites

10 System Designs -Think Different

11 Integrated Building Technology

12 Integrated Building Technology

13 Integrated Building Technology

14 Integrated Building Technology

15 What is the difference between BMS & IBT? BMS HVAC Centric» Lighting optional, building wide sweep on/off Programmed on 7 Day Calendar BRUTE FORCE AUTOMATION IBT All Energy Consuming Systems» HVAC, Lighting, Shades, Drapes, Scheduling, Energy Monitoring & AV 365 Day Calendar» Holidays and Seasonal Variations, Intelligent and Flexible ELEGANT, DYNAMIC AUTOMATION

16 Four Rules of IBT Best Practices All energy consuming devices shall be 100% off whenever possible All systems shall work proactively instead of reactively All systems shall leverage human presence data wherever possible (occupancy and scheduling) All systems shall have the ability for load shed/demand response with a choice for opt-in/opt-out

17 Two types of projects New Construction» Same first cost if not cheaper» Choose compatible serviceable systems» Measurable and reported easily Existing Building» Must be an ROI» Measurable and reported easily

18 Empowering with IBT Greater Efficiency + Better User Experience = Better Value» Lighting» HVAC» Shades» Scheduling Application (Outlook, Lotus, Resource 25, SQL, Exchange)» Energy Monitoring» Audiovisual/DigitalMedia/IT

19 Questions and Answers What is the ROI? Metrics from clever Software like Roomview provide the Best information on how to improve efficiency & reporting going forward. References or case studies? Overseas examples; Vancouver Convention Center, Microsoft, Comcast, World Bank. Local examples include; Origin Energy, UNSW, Credit Suisse, BHP, UTS, Myer & GPT Sydney What kind of BMS/Lighting/Thermostat systems can you interface to? Let s get the model number and specifications on your existing systems and determine if they can be controlled or managed.

20 Vancouver Convention Center Complete IBT Project» Matched the occupancy with the building calendar» Turned off the AV systems including amplifiers» Capped the lighting loads» Integrate the HVAC» Daylight Harvest

21 UNSW Tyree Energy Building Complete IBT Project 6 STAR EFB» Use Security and occupancy sensors to activate load shedding» Turn off the AV systems» Cap & Control the lighting loads» Integrate the HVAC» Daylight Harvest UNSW Tyree Energy Building

22 Modular IBT Project SEMF Consultants MYER» Implementation of powerful field server head end and advanced software interface for core building systems» Monitor & control all AV including 100+ displays in each site Image Courtesy of Myer» Integrate the HVAC» 28 sites in Australia 17 new 11 existing

23 Mobile Control & Monitoring

24 Public Display Monitoring & Feedback

25 Public Display Monitoring & Feedback

26 Empowering with IBT Next Steps Propose Controllable lighting on every project Add occupancy and photocell sensors. Use the security system as an extender to this monitoring type. Use a Field Server and Intelligent integrated IBT Software into every project The IBT customer receives a highly efficient, smart and flexible automated Integrated Building control system with reporting and maximum return on Investment

27 THANK YOU Integrated Building Technology