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1. Introduction
2. What Is Smart Grid ?
3. Why Smart Grid ?
4. Features Of Smart Grid
5. Benefits Of Smart Grid Deployment
6. Power Management App
7. Smart Grid Components
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8. Smart Meters
9. Energy Management System
10. Traditional & Future Smart Grid
11. Agenda
12. Priority Areas To Build Smart Grid Technology.
13. Requirenments Of Smart Grid.
14. Comparison Between Existing Grid & Smart Grid

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A smart grid has been defined as (a network of) self-
sufficient systems. Smart Grid is an Electrical Grid with Automation,
Communication and IT systems that can monitor power flows from
points of generation to points of consumption and control the power
flow or curtail the load to match generation in real time or near real
time.

4.
It is an electric grid that uses
information and communication technology
To gather data and act on information about
the behaviour of suppliers and Consumers in
an auto-mated fashion. Hence smart grid is a
generic label for the Application of
computer,intelligence and networking abilities
to the existing dumb Electricity distribution
systems.
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 REDUCE CARBON FOOT-PRINTS
 IMPROVE DISTRIBUTION MANAGEMENT AND DECISION SUPPORT SOFTWARE
 SELF-HEALING
 AUTOMATED CONTROL FOR DISTRIBUTION
 SENSING AND MEASUREMENT TECHNOLOGIES
 INCREASED EFFICIENCY
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•Real time monitoring.
•Automated outage management and faster restoration.
•Better energy management.
•Web portals and mobile apps.
•Track and manage energy usage.
•Opportunities to reduce and conserve electricity etc.
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•Providing more reliable power.
•Peak load management, improved reliability.
•Reduction in power purchase cost.
•Better asset management.
•Increased grid visibility and self-healing grids
•Renewable integration and accessibility to electricity.
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SMART METER
PHASOR MEASUREMENT
INFORMATION TRANSFER
DISTRIBUTED GENERATION
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 RECOGNIZES AND DETAILS ELECTRIC
CONSUMPTION
 RELAYS INFORMATION TO CENTRAL
MONITORING STATIONS
 WILL REPLACE TRADITIONAL METERS
 POWER OUTRAGE NOTIFICATION AND POWER
QUALITY MONITORING
 TIME OF DAY CHARGES
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Energy Management System [ EMS ]
An Energy Management System
(EMS) Is An Operator Which
Revitalizes The Execution And
Performance Of The System And
Supervisory Control And Data
Acquisition (SCADA). EMS Is
Implemented In Many Industrial And
Commercial Sectors.

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One-way power flow,
Simple interactions
Two-way power flow,
multi-stakeholder interactions
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• SMART GRID IMPROVES EXISTING ELECTRICAL INFRASTRUCTURE
• DEVELOPMENT OF NEW TECHNOLOGIES AND MARKETS.
RELIABILITY, EFFICIENCY, ECONOMICALLY, ENVIRONMENTALLY
DISTRIBUTED GENERATION
SMART METERS
HOUSEHOLD MANAGEMENT
POWER MANAGEMENT APP
REGENERATIVE POWER
POWER ACCOUNT
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AGENDA :-

14.
Priority areas to build smart grid technology.
 Demand Response and Consumer Energy Efficiency.
 Energy storage
 Electric transportation.
 Advanced Metering Infrastructure
 Distribution Grid Management
 Cyber Security
 Network Communications.
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Centralized generation Distributed generation
Few sensors Sensors throughout
Manual monitoring Self-monitoring
Manual restoration Self-healing
Failuare and blackouts Adaptive and islanding
Limited control Pervasive control
Few customer choices Many customers choices
EXISTING GRID SMART GRID
Electromechanical Digital
One-way communication Two-way communication
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