KEMA study on substation communications ... - Amperion

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Objectives • Smart Grid Architecture Overview • Network Planning & Dimensioning Aspects • Network Performance Considerations • Capacity Planning for Smart Grid Page 2
Smart Grid - an Enterprise-Wide Focus. Procurement & Market Ops Planning & Forecasting Power/Resource Scheduling T&D Operations EMS SCADA Bidding & Scheduling Resource Dispatch DMS Operations Planning DSM Trading & Contracts Settlements Executive Dashboards Enterprise Level Systems Integration Systems Planning GIS MDMS T&D Planning & Engineering Maintenance Mgmt Distribution Management OMS CIS Asset Mgmt MWM Call Center Customer Services Billing HAN AMI Head End Systems IVR Micro Generation: Wind, Solar, Fuel Cell, Battery Communications Infrastructure Plant Info Transmission Info Substation Automation PEV/PHEV’s Charging & Billing; scheduling Pumping Automation Transportation Info Production Info Line Sensors, Distribution Metering, Other Status Reporting Devices Auto Switching Voltage Controls Self-Healing Advanced Metering Infrastructure Transmission/Dist. Automation Control Center Ops. Page 3
Page 1: Network Planning for Smart Grid UTC
Page 5 and 6: Methodology for Network Planning &
Page 7 and 8: Co-existing Field Networks SCADA or
Page 9 and 10: Capacity Planning Network Traffic M
Page 11 and 12: Typical Substation IED Characterist
Page 13 and 14: System Loading Transport Case 200 T
Page 15 and 16: Distribution Automation Traffic Ana
Page 17 and 18: AMI Meter Data Case Message Type an
Page 19 and 20: HAN Traffic Could Grow as Customer
Page 21 and 22: Total System Loading Analysis 200 T
Page 23: Questions?? • David.boroughs@kema

KEMA study on substation communications ... - Amperion

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