3. Analyze.
Simplify.
Implement.
Drivers for Smart Grid projects
Operational
Improving Grid Reliability
Improve transfer capacity
Deployment of AMI & associated IT infra.
Renewable integration
Expansion of Demand Response
Social
Lower energy prices
Jobs growth
Cleaner environment
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4. Analyze.
Simplify.
Implement.
Overview of a smarter electric grid
Adapted from Walawalkar , Tongia et. al 2007
5. Analyze.
Smart Grid:
Simplify.
Implement.
Best Defined by Functionality
Objectives of the smart grid are
Enabling informed participation by customers
Accommodating all generation and storage options
Enabling new products, services, and markets
Providing the power quality for the 21st century economy
Optimizing asset utilization and operating efficiently
Addressing disturbances through automated prevention, containment,
and restoration
Operating resiliently against all hazards
Source: US Department of Energy
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6. Analyze.
Simplify.
Implement.
Emerging Business Models
Electric Supply
Improved Asset Utilization & Reduced Price Risk
Integration of Renewables, Distributed Generation & Storage
Transmission & Distribution Utilities
Smart Distribution Grids
Transmission Investment that Can Adapt to Alternative Futures
Operations = System Integration + Markets
Consumer Applications
Vendor / Utility Partnerships & Competition
Energy Management, Productivity, & Consumer Experience Apps
Intelligent, Low-Energy Buildings Integrated Design
Transportation
PHEVs, EREVs, & EVs with Smart Charging
Reuse of Batteries on the Grid
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7. Analyze.
Simplify.
Implement.
Challenges for Smart Grid Deployment
Defining and understanding business case
System planning & selection of right projects
Regulatory & policy
Consumer acceptance
Culture and education
Technical & Engineering Design
Workforce training and education
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17. Analyze.
Simplify.
Implement.
Role of Electricity Markets in understanding the value
Provides price transparency to quantity value proposition of
various EES technologies
Market Design
Access to various markets for
energy,
ancillary services
capacity
Generation Supply mix & Demand Curve
Market size
Locational factors
Electric transmission network & interconnection
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18. Analyze.
Simplify.
Implement.
Smart Grid (EES) Demonstration Projects
Major projects include: CAES demonstration (NY and CA), Renewable Integration (CA, TX, NM), Peak
Shaving, Community Energy Storage and demonstration of new technologies.
Visit www.energy.gov for additional details.
19. Analyze.
Simplify.
Implement.
Case Study 2: Why Demand Response (DR)?
DR can reduce marginal costs of peak production
Especially the case where generators are paid market clearing prices
under uniform auctions
DR of 5% can mitigate market power, and reduce
uneconomical investment in peaker units (as per studies)
India has virtually no peaker units – we resort to load-shedding!
DR might also manage variability in supply from renewables
such as wind and solar PV
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21. Analyze.
Simplify.
Implement.
Short Run Marginal Cost Curve & Price Duration Curve
* This price duration curve shows only the wholesale energy prices corresponding to the generation component of customer’s
electricity bill. T&D costs are added onto these wholesale energy costs.