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a senario of smart grid
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1
The Smart Grid:Deconstructed and Demystified
2
Guilty or Not Guilty?
• How often do you turn on your kitchen sink faucet, then leave for the day?
• How often do you leave your car idling all night in your garage?
• How often do you leave lights and computers on, and all charging devices plugged in all the time?
3
Why is electricity held in low esteem?
• Because it is always there
• Because it is cheap
• Because we treat it like a commodity
• Because we ignore it
unless………..!!
THE LIGHTS GO OUT !!!??
4
North Blackout of 2012
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Today’s Agenda
• Today’s Grid
• Smart Grid OverviewSmart Grid Overview– PlayersPlayers– Funding the Smart GridFunding the Smart Grid
• Evolutions and RevolutionsEvolutions and Revolutions
• Smart Grid Top Ten TrendsSmart Grid Top Ten Trends
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Today’s Electrical Grid
• Energy flow in one direction, from generation to consumer
• Information flow in one direction from meter to utility – manually read by a meter reader or transmitted information
back to the utility
Generation Transmission Distribution Home/Office
Energy Information
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The Traditional Power Grid
• Problems with current Power Grid– It is not efficient
• Transmission losses = 20%• Only 30% of the energy consumed is transmitted to consumers
– It has not kept pace with modern challenges• Security threats from energy suppliers or cyber attack• Limited alternative power generation sources• No solutions for conservative use of energy• Un-interruptible electricity supply• Poor situation awareness• Poor control and management of distribution network
• A “SMARTER” grid is needed!
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Agenda
• Today’s Grid
• Smart Grid Overview– Players
• Evolutions and Revolutions
• Smart Grid Top Ten Trends
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Tomorrow’s Smart Grid
• Energy flows in many directions, from generation to grid or building, from car to/from building, from utility to
customers, from customers to utility
• Information networks established to create secure communications between devices and
people
Generation Transmission Distribution Home/Building
DistributedGeneration& Storage
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HANNeighborhood Area Network
Distribution Area Network Core Network
Distribution Automation
Mobile Applications
Utility Core Systems
Power Quality Sensors
OutageManagement
AMI Network
Demand Response
PHEV Station
Distribution Area Network
SmartGrid = Network of Networks
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Smart Grid: Enter Your Definition Here
AMI
Power Quality and Planning
Renewable Integration
SMART GRIDSMART GRID
Demand Response
Distribution Automation
Outage Management
Field Data Applications
PHEV Management
Distributed Intelligence, Automated Controls, Broadband Communications
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Opportunities for Greater Community Value
$RE
Timely information for city visitors
Mobile data access for city
workers
Community-wide mobile Internet
access
Reducing traffic congestion and carbon emissions
Building economic development
Conserving resources/
reducing carbon footprint
Improving public safety
Enhancing revenue
capture and improving
visitor experience
Efficient, on-time public transport
Enhancing education
13
Smart Grid Benefits
The Smart Grid will:
• Reduce CO2 emissions by up to 480 MMT by 2020
• Save in energy and fuel costs
• Lower rates? No
• Lower bills? Yes
14
Agenda
• Today’s Grid
• Smart Grid Overview– Players– Funding the Smart Grid
• Evolutions and Revolutions
• Smart Grid Top Ten Trends
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Electricity Supply Chain – Now
Generation Transmission Distribution
Say Good bye to these three silos
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The Supply Chain Evolves
Generation Transmission Distribution Consumption
Consumption is a new and critical Link in the Supply Chain
Traditional Grid Smart Grid Enhancements
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The Smart Grid Relies on Storage
Generation Transmission Distribution Consumption
StorageUtility-scale• Compressed air• Flywheels
Utility-scale• Flywheels• EC Capacitors
Substation-scale• Molten salt• Flow cells
Residential-scale• Electric vehicle• Home battery
Traditional Grid Smart Grid Enhancements
Energy Storage technologies underpin centralized and distributed generation
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The Smart Grid Changes Generation
Generation Transmission Distribution Consumption
StorageUtility-scale• Compressed air• Flywheels
Utility-scale• Flywheels• EC Capacitors
Substation-scale• Molten salt• Flow cells
Residential-scale• Electric vehicle• Home battery
Technology• Utility-scale
renewablesRegulatory• Decoupling• Feed in TariffsPlayers• New power
producers
Traditional Grid Smart Grid Enhancements
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Transmission Impacts – Big but Mostly Invisible to End Users
Generation Transmission Distribution Consumption
StorageUtility-scale• Compressed air• Flywheels
Utility-scale• Flywheels• EC Capacitors
Substation-scale• Molten salt• Flow cells
Residential-scale• Electric vehicle• Home battery
Technology• Utility-scale
renewablesRegulatory• Decoupling• Feed in TariffsPlayers• New power
producers
Technology• Superconductivity• Synchrophasors• HVDCRegulatory• Interstate trans-
mission agency to build lines?
Players• TranscosTraditional Grid Smart Grid Enhancements
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Distribution Becomes Bi-directional
Generation Transmission Distribution Consumption
StorageUtility-scale• Compressed air• Flywheels
Utility-scale• Flywheels• EC Capacitors
Substation-scale• Molten salt• Flow cells
Residential-scale• Electric vehicle• Home battery
Technology• Utility-scale
renewablesRegulatory• Decoupling• Feed in TariffsPlayers• New power
producers
Technology• Superconductivity• Synchrophasors• HVDCRegulatory• Interstate trans-
mission agency to build lines?
Players• Transcos
Technology• Smart meters• Distribution
automation• MicrogridsRegulatory• Zoning to allow
storage
Traditional Grid Smart Grid Enhancements
21
Major Changes in Store for End Users
Generation Transmission Distribution Consumption
StorageUtility-scale• Compressed air• Flywheels
Utility-scale• Flywheels• EC Capacitors
Substation-scale• Molten salt• Flow cells
Residential-scale• Electric vehicle• Home battery
Technology• Utility-scale
renewablesRegulatory• Decoupling• Feed in TariffsPlayers• New power
producers
Technology• Superconductivity• Synchrophasors• HVDCRegulatory• Interstate trans-
mission agency to build lines?
Players• Transcos
Technology• Smart meters• Distribution
automation• MicrogridsRegulatory• Zoning to allow
storage
Technology• HAN• HEMS• Smart appliancesRegulatory• Net metering• FiTsPlayers• Energy-efficiency
consultantsTraditional Grid Smart Grid Enhancements
22
A Revolution is Ongoing
• Remember how the telecom industry looked and acted twenty years ago?
• Be prepared for big changes to your relationship with electricity!
23
Agenda
• Today’s Grid
• Smart Grid Overview– Players– Funding the Smart Grid
• Evolutions and Revolutions
• Smart Grid Top Ten Trends
24
Top Ten Trends
#1 – The Smart Grid will dramatically increase renewable energy sources for utility-scale and distributed generation
From this To this
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Top Ten Trends
#2 –Existing transmission assets must be upgraded to transport the maximum KV amounts on them
26
Top Ten Trends
#3 – Security standards will guide protocols, processes and procedures, but mistakes will occur, creating new cottage industries for consultants, lawyers, and hackers
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Top Ten Trends
#4 – Distributed generation facilities will be built using renewable energy sources and storage for onsite consumption and for resale back to the grid
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Top Ten Trends
#5 – Energy will be stored at many points on the grid, including rolling batteries (EVs and PHEVs), home batteries, as well as utility-scale storage
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Top Ten Trends
#6 – ordinary folks will engage in energy arbitrage, using intermediaries to manage interactions with utilities
#7 – Cars become income generators for their owners -- carbitrage
EVs and PHEVs will not lose value the minute they are driven off the lot
=
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Top Ten Trends
#8 – Energy efficiency-enabled devices will proliferate in homes – my home will be smarter than I am!
#9 – HEMS applications will control appliances to save on energy bills
31
Top Ten Trends
#10 – Fight against power thefts.
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CONCLUSION
33
References
• [1] sponsored by USAID/India. • [2] Westar Energy, "Smart Grid", Presentation, Jun, 2009• [3] Jinquan Zhao, Wenying Huang, Zhaoxiong Fang, Feng Chen,
Kewen Li and Yong Deng, “On-Line Voltage Stability Monitoring and Control (VSMC) System in Fujian power grid”, Proceedings, Power Engineering Society General Meeting, 2007.
• [4] DOE's Office of Electricity Delivery and Energy Reliability, "The Smart Grid: An Introduction"
• [5] http://en.wikipedia.org/wiki/Smart_grid• [6] Nanjing Nari-Relays Electric Co. Ltd., “Wide Area Protection
System for Stability”, www.nari-relays.com
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Thank You!
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•QUERIES