Transcript Document

Smart Grid City:
A blueprint for a connected,
intelligent grid community
Dennis Stephens
Director, Utility Innovations and
Smart Grid Investments
OSI User’s Conference
September, 23 2008
Drivers for change
 Grid reliability
 Aging assets, heightened demands
 Environment:
 Global climate change
 Legislative mandates for green power
 Energy Security:
 Homeland security
 Dependence on foreign oil
 Customer Choices:
 Growing needs and expectations
 Desire for greater flexibility and options
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The Market – other efforts
 Smart meters
 Intelligent home/Smart
appliances
 Demand side
 Automatic power
management and
distributed generation
power restoration and
correction for voltage,
frequency and power
factor issues
 Superconducting
cables
 Renewable energy
 Energy storage
sector growth
devices
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Xcel Energy - Smart Grid
vision & approach
 First to present a comprehensive solution
 Broad portfolio of new technologies & projects
 Encompassing the entire power pathway
 Fuel source to end-use consumer
 Collaborative model
 Shared risk, shared rewards
 Focus on environmental aspects
 Uniquely positions Xcel Energy
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 Accenture
 Current Group
 GridPoint
 OSI Soft
 Schweitzer Engineering Laboratories
 Ventyx
 Xcel Energy
imagine. inspire. innovate.
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SmartGridCity™ -
Boulder, Colo.
“An international showcase of smart grid
possibilities… a comprehensive
demonstration of an intelligent grid
community”
 Test technology
 Integrate smart grid
portfolio of projects
 Prove benefits
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Boulder’s Key Strengths
 Ideal size (50,000 customers/meters)
 Ideal geographic location (easy access to needed
grid components)
 Ideal Smart Grid consumers:
 Web-savvy, early adopters
 Environmentally aware
 Collaborative opportunities with:
 University of Colorado
 National Center for Atmospheric Research
 National Institute of Standards and Technology
 City leaders
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SmartGridCity™
 Involves the entire energy pathway from the power source to the home
and all points in between
 Rich in IT
 High-speed, real-time, two-way communications
 Sensors enabling rapid diagnosis and corrections
 Dispatched distributed generation (PHEVs, wind, solar)
 Energy storage
 In-home energy controls
 Automated home energy use
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Added green
power sources
High-speed,
networked
connections
Plug-in hybrid
electric cars
Customer interaction
with utility
Real-time and green
pricing Signals
Smart thermostats,
appliances and in-home
control devices
Smart House
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We will need to collect, store, analyze and
act on information
How we might use PI:
 Commercial Operation
 Virtual Power Plant
 Substation
 Condition Based Analysis
 Distribution
 System Status and Control
 Customer
 Demand Response/Distributed Generation
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Learn more
 xcelenergy.com/smartgrid
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