Let Energy Monitoring Solutions Do the Heavy Lifting Let Energy Monitoring Solutions Do the Heavy Lifting Duke Dunsford & John Forsyth Schneider Electric This session is eligible for 1 Contact Hour. For these hours to appear on your certificate, you must: Have your badge scanned at the door Attend 90% of this presentation Fill out the online evaluation for this session: www.necanet.org/2017seattle Attendees Only 1
Megatrends are provoking a rise in Energy Demand URBANIZATION +2.5B people in cities by 2050 DIGITIZATION 50B connected things by 2020 INDUSTRIALIZATION +50% Energy consumption by 2050 Source: United Nations, DESA Source: Cisco Source: IEA Smart Systems A part of the 4th Industrial Revolution Evolution... From steam toward intelligent systems 18 th Century 20 th Century 1970s 2010+ Introduction of mechanical production powered by water and steam Introduction of mass production powered by electrical energy Use of electronics and IT for automation Cyber-Physical Systems (CPS) Complexity / Productivity 1 st Industrial Revolution 2 nd Industrial Revolution 3 rd Industrial Revolution 4 th Industrial Revolution Attendees Only 2
Internet of Things The Internet of Things (IoT) is often described as a network of physical objects or things embedded with electronics, software, sensors and network connectivity, which enables these objects to collect and exchange data. The concept of a network of smart devices was discussed as early as 1982, with a modified Coke machine becoming the first Internet-connected appliance capable to report its inventory and whether newly loaded drinks were cold. Information from the IoT is creating value in a never-ending value loop consisting of five stages - Analyze, Aggregate, Communicate, Create, & Act This network of connectivity is creating great opportunities for Electrical Suppliers and Electrical Contractors that are updating their products and modifying their service model. Deloitte Development LLC; Deloitte University Press Confidential Property of Schneider Electric What Does IoT Mean to Electrical Distribution? Smart Systems Attendees Only 3
Typical Building Electrical Distribution is not metered or connected How do I manage the day-to-day operations and keep the building operating effectively? How do I keep occupants happy while lowering energy consumption and decreasing costs to maximize profitability? Facility Manager Day-to-day Operations Equipment Maintenance Energy Audit No remote visibility Building Owner Monthly Utility Bills Increasing Costs Reactive to Issues Limited Resources Occupant Comfort Smart Building Electrical System is metered, connected, and monitored using common Ethernet connectivity Connected Building Facility Manager Continuous Monitoring with Instant Visibility Remote Alarming Asset Uptime Management Energy Monitoring & Analytics Building Owner Consumption Reports by Usage & Zone Data-driven decisions Analytics & Proactive Action Plans Analytics Attendees Only 4
How is a "Smart Electrical distribution system defined? 1) Measure - Embedded breaker metering & status and/or external metering 2) Connect - Breaker and Metering information available to a data network Local Web access Energy management or monitoring software Enablement of Cloud services 3) Visualize & Take Action - Data available for further attention / analytics / services Save Energy Maximize uptime Electrical equipment modernization with digital service Smart System I-Line Panel & Facility Advisor Service and remote data access Raw Data on Cloud Analytics and Data hosting (Facility Advisor) Confidential Property of Schneider Electric Page 10 Attendees Only 5
Can Electrical Contractors take advantage of a "Smart Electrical distribution system by adopting this technology? Benefits for the Contractor Better service your customer base Broaden your service portfolio Develop a recurring revenue stream Increase your customer stickiness Be relevant with connected offers Differentiate from your competitors Increase your service call effectiveness Have real justification for CapEx projects Benefits for the User Easy access to real time energy data Detect abnormal consumptions: wasted energy Ensure that building occupants are happy you aren t compromising comfort for savings Avoid issues caused by poor power quality Utilize Ethernet / internet to connect and monitor smart equipment Save money! What s in the core of a Low Voltage Smart System? Distribution Equipment with Communication Capabilities; Low Voltage Power Circuit Breakers, Molded Case Circuit Breakers with communication capabilities Power Meters with communication capabilities Interfaces - Providing connectivity to metering, breaker status, predictive information, control (on/off) Ethernet - Commonly used as access point for data Embedded Web pages / Cloud - Web browser, HMI, tablet, etc. provides a convenient local or remote access to information via SaaS / internet Equipment is often connected to Energy Management Software packages (SCADA, EMS, BMS, etc.) Attendees Only 6
Example Architecture - Smart Systems Measure Connect Visualize / Act Local Web Pages Multi- Breaker Display Ethernet Interface Cradle Monitoring Power Circuit Breaker Software Solutions: Energy Management / SCADA Cloud Applications Intranet MCCB Power Meter Data Logger Improved Ethernet Communication Cost effective local connectivity and visualization Better performance to SCADA, BMS, Etc. Expanded breaker control schemes Asset Management Capabilities Event visibility Uptime priorities Convenience of notifications Software Solution / Services Enabler Complete Solution Software tie in for remote services Tested and Validated TVDA architectures Communication protocol open architecture Smart System Access to Equipment Data Plug-In to SCADA, BMS, Cloud, other software Smart System Data and / or Localized Web server access and visualization with only a PC connection Attendees Only 7
Where to use this technology Critical Applications - Data Centers, Healthcare, Critical industry applications where uptime is a primary requirement Non-Critical Buildings Education, Commercial, Retail - Where awareness of energy use is a primary driver Cloud-Based Applications & Services Remote or multi-site - Where remote or service-based access is an advantage Small/Medium Buildings Standalone data access for Small Commercial/Retail, Remote Small Industrial, Multi-Family - Where no BMS or EMS exists and a local monitoring system brings value Practical Example of Smart Systems I-Line Smart Cell installed in an I-Line Panelboard (Small Facility Application) Use Case: La Hacienda Tortillieria 8 monitored breakers (Ethernet) Breaker interfaces integrated into Panelboard Energy Server / Gateway (Cloud enabler) 4 monitored production lines Facility Expert software - Cloud and local access Energy and Breaker Status monitoring WAGES monitoring Attendees Only 8
I-Line Smart Cell Digital devices installed in a breaker space with no box extensions! I-Line Smart Cell Without Smart Cell With Smart Cell Breaker Communications integrated into I Line Panelboards I-Line Smart Cell - La Hacienda Digital Connectivity in I-Line Breaker communication interface / integrated Mounts in the space of a breaker Self-Powered - Internal 24Vdc power Metering also available (with external CTs) Brings traditional technology into the digitized future New Construction or Retrofit Attendees Only 9
Connected System Local to Cloud La Hacienda - Use Case Architecture Analytics & Services Facility Advisor Analytical Analysis / 3 rd party Service Enabler Reference Designs Edge Control Connected Products Facility Expert Local Data Visualization on Premise / Cloud Connected Equipment Breakers w/ Electronic Trip Unit Breaker interfaces Ethernet Energy Server (for cloud) A Smart System helps improve Operational Efficiency / Energy Awareness Reduce the cost of energy and optimize facility financial health Energy Management Sustainability For energy intensive buildings. There are two ways to reduce the energy spend and improve the financial performance: 1. Managing the cost of energy 2. Reducing the energy usage Tracking and reporting of carbon emissions for public disclosure/transparency, green image, regulatory compliance, or participation in carbon markets. Benchmark energy performance against local/regional/global standards, like EnergyStar Cost Allocation Utility Bill verification Energy Usage Analysis Energy Performance Analysis Energy Performance Verification Energy Benchmarking Energy Targeting and Forecasting Energy Procurement Optimization Energy Source Optimization Tenant Billing Energy Kiosk Awareness Greenhouse Gas reporting Industry Benchmarking Attendees Only 10
A Smart System helps improve Power Availability Reliability and comfort helps improve the satisfaction and safety of a facility s occupants and staff Power Availability Monitored Electrical Distribution The core of reliability and uptime is to have the ability oversee the Electrical Distribution infrastructure Electrical Distribution Monitoring Power Quality Monitoring Power Quality Correction Preventing a power loss is one of the top issues for critical buildings Breaker Coordination Monitoring Event Alarming / Pre-Alarming Power Events Analysis Power Restoration Analysis Source / Network / Load Control Summary: The Electrical Contractor s role is quickly evolving. Analytics requires a new baseline of connected equipment for both new or retrofit installations Data available from everywhere at anytime Opportunity exists for electrical contractors at the equipment installation level New business opportunity is now created for the electrical contractor at the analytics level Electrical contractors are expanding their value proposition to include energy and asset management capabilities Smart Systems combined with Analytics can transform the Electrical Contractor s business into a trusted service provider Attendees Only 11
Questions? Please stop by the Schneider Electric Booth #907 to learn more Attendees Only 12