Transcript Slide 1
Standard interfaces & lower TCO in AMI Klaus Heiman, Wayne Longcore SAP, Consumers Energy © 2008 Eventure Events. All rights reserved. From AMR to AMI to the Smart Grid Smart grid Hourly remote meter reads Remote detection Central and distributed analysis Correction of disturbances on the grid Optimizes grid assets Distribution automation Load profiling AMI AMI capability+ Remote TFTN AMR capability+ New rate design AMR Automated Meter Reads Theft ID Remote meter programming Leverage non-operational data “Self-healing” Future vision ….. Customer voltage measurement Price signals sent to customer Demand response Customer outage detection Load management The world is changing • Will you wash your clothes at 9pm to save 10 cents? • Would you drive an extra quarter mile for 10% cheaper gas (that’s 30 cents less)? • Would you like it if your car could fill itself? – – – – with less carbon while you sleep, or while you work, or while you shop without needing you to stand in the rain, snow, heat for 50% less per gallon (that’s $1.5 less per gallon) • What if it could trade energy based on your settings and pay for your driving all week long? • In 1978 could you have believed in an everywhere connected, email capable, computer – With phone, music & video, and navigation, that fits in your pocket? – The edge of the Grid’s equivalent of the “computing revolution” The perimeter is changing Beyond the meter Beyond the Web Scale of the eco-system 10s of millions 10s of Few millions thousands 10s Few 10s Cost of the eco-system 70%-90% 5%-10% 5%-25% ? Common theme whether a standard is national, international, or defacto. The AMI eco-system (size and longevity) • One off’s will increase costs in the long run – Gain economy of scale from collaborative software – Lower integration cost from test from industry – Reduced complexity from devices built to fit • End to end design from the beginning – The device/network characteristic effect browser app. – The software designed and tested for the eco-system • Full life cycle design from the beginning – In house changes (one off’s) cause next update issue – Plan for more than implementation • X years of the business case means x years of planning – Plan for a whole new realm of security Who is working collaboratively? • Network beyond the meter (HAN) – UCAiug (OpenHAN), (ZigBee/Homeplug alliance), NIST (H2G, I2G, ...) EPRI(HAN team), … • Transporation – SAE, EPRI(transportation team), NIST (V2G), … Just within the HAN area Who is working collaboratively? • Network beyond the meter (HAN) – UCAiug (OpenHAN), (ZigBee/Homeplug alliance), NIST (H2G, I2G, ...) EPRI(HAN team), … • Transporation – SAE, EPRI(transportation team), NIST (V2G), … • Network – UCAiug(AMInet, 61850) IEEE, ANSI, EPRI, …. • Enterprise Interfaces – IEC (61968, 61970) UCAiug(AMIent), … • Security – AMIsec, ASAP, … The cost of External & Internal risks and code that isn’t created with knowledge Third Parties – Retailers, etc AMI-ENT AMI-SEC HAN MeterSpecific Networks Wide Area Networks Open HAN AMI-Net ZigBee/Homeplug Data Collection Systems Data Collection 61968-9 Control & Configuration 61968-9 Meter Data & Comm. C12.19 Load Control 61968-9 AMI-SEC Home PC MDM System MDM Or MDUS 61968-9 Utility Systems OMS 61968-3 Network Operations 61968-3 GIS 61968-4 Planning & Scheduling 61968-5 WMS 61968-6 Load Mgmt. 61968-9 CIS 61968-8 Meter Maintenance 61968-9 MDM 61968-9 MDUS 61968-9 Who is working collaboratively? • Network beyond the meter (HAN) – UCAiug (OpenHAN), (ZigBee/Homeplug alliance), NIST (H2G, I2G, ...) EPRI(HAN team), … • Transporation – SAE, EPRI(transportation team), NIST (V2G), … • Network – UCAiug(AMInet, 61850) IEEE, ANSI, EPRI, …. • Enterprise Interfaces – IEC (61968, 61970) UCAiug(AMIent), … • Security – AMIsec, ASAP, … • SAP lighthouse Meter Data Unification and Synchronization Klaus Heiman, Wayne Longcore SAP, Consumers Energy © 2008 Eventure Events. All rights reserved.