arthur kressner con edison s electric system new york
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Arthur Kressner CON EDISONS ELECTRIC SYSTEM NEW YORK CITY AND - PowerPoint PPT Presentation

Arthur Kressner CON EDISONS ELECTRIC SYSTEM NEW YORK CITY AND WESTCHESTER COUNTY ! 3.2 million customers, 14-16 million people ! 36,000 miles of overhead lines ! 94,000 miles of underground lines ! 80 local distribution


  1. Arthur Kressner

  2. CON EDISON’S ELECTRIC SYSTEM NEW YORK CITY AND WESTCHESTER COUNTY • ! 3.2 million customers, 14-16 million people • ! 36,000 miles of overhead lines • ! 94,000 miles of underground lines • ! 80 local distribution networks Westchester County Bronx Manhattan Queens Brooklyn Staten Island

  3. OVERVIEW Substations Transmission 37 Sub-Transmission (Area) 60 Distribution Transformer Vaults 78,700 S System Voltages Area Substation Transmission 345kV, 500kV Sub-Transmission 138kV, 69kV Primary Distribution 33kV, 27kV, 13kV, 4kV Secondary Distribution 120/208V, 460V Distribution Design Criteria D N-2 in high density N-1 minimum throughout entire system Low voltage distributed grid and spot networks

  4. CON EDISON ELECTRIC DISTRIBUTION SYSTEM Area Substation Transformers Transmission Generating Station (voltage stepped down to (voltage stepped Substation (electricity generated at distribution voltage) down to 480, 208, 13.8 to 22.0 kV) or 120 V) Feeders Connection To Others 60 Network Systems Overhead System Supplies 14% of System Supply 86% of System Demand Demand

  5. UNDER THE STREETS Is this sustainable?

  6. Why the “Smart GRID”? • ! Photovoltaic and Wind Power are getting more efficient and lower cost – intermittent and unreliable • ! Electric vehicles are emerging – a mobile and large new use for electricity • ! Customers want choices - to generate their own power and buy power from others,local options • ! Electricity is increasingly vital to our personal, economic and societal well being • ! The existing grid is aging and incompatible with these changes

  7. • ! sectionalizing and reconfigures feeders The � ROUTER � for the grid

  8. CON EDISON OPPORTUNITIES / CHALLENGES Evening Commute: PHEV Charging Occurs at 8am and 5pm Charge at Home (Normal Average System Peak is 8,121 MW) 10,000 20% 9,000 Morning Commute: MW Charge at Work 8,000 7,000 6,000 5,000 1 3 5 7 9 11 13 15 17 19 21 23 30% PEV Market Share 20% PEV Market Share 10% PEV Market Share System Avg. Load Time of Day

  9. CON EDISON OPPORTUNITIES / CHALLENGES 10,000 PHEV Load Fills the Load Valleys (Normal Average System Peak is 8,121 MW) 9,000 0% 8,000 MW 7,000 6,000 5,000 1 3 5 7 9 11 13 15 17 19 21 23 30% PEV Market Share 20% PEV Market Share 10% PEV Market Share NYC Avg. Load Time of Day

  10. Switch control IP routable protocol Back Data collectors at Office selected building locations Integration to private Command and network Internet control system Integration of DG ~ 1500 smart meters Transformer / NWP monitoring Remotely controlled Peer to peer web- underground switches Smart meters / secondary Home area network like network model validation ~ 300 locations

  11. Smart Grid

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