The smart grid is a network created by combining information technology, communication technology, and electrical power systems which allows two-way digital communication between suppliers and consumers. It monitors power supply and usage. Key features include improved reliability through self-healing of outages without technicians, flexibility to handle bi-directional power flows from distributed generation, and greater efficiency including demand-side management. Smart grids differ from classical grids in their ability to more efficiently manage peak loads through automation and demand response as well as integrate distributed generation and cogeneration. Smart meters are a key component used in smart grid technology to monitor usage.

1. Presentation
Smart Gird
Asif Ali Brohi
K-13El-49

2.  Network created through the combination of
information technology, Communication technology
and Electrical Power system is called Smart Grid.
 Smart grid delivers electrical power to the consumers
using two way digital technology.
 Monitors the supply to the consumers and
measurements.
.

3. Features of the smart Gird
 Following are the features of smart gird….
Reliability
 Flexibility in network topology
Efficiency
Load adjustment/Load balancing
Demand response support

4. Reliability
 It improve fault detection and allow self-healing of the
network without the intervention of technicians.
 This will ensure more reliable supply of
electricity, and reduced vulnerability to natural
disasters or attack.

5.  Flexibility in network topology
 Transmission and distribution infrastructure will be
better able to handle possible bi-direction energy
flows, allowing for distributed generation such as from
photovoltaic panels, fuel cells, wind turbines etc .
 Where Classic grids were designed for one-way flow of
electricity, but if a local sub-network generates more
power than it is consuming, the reverse flow can raise
safety and reliability issues. where A smart grid aims to
manage these issues.

6. Efficiency
 Numerous contributions to overall improvement of the
efficiency of energy infrastructure , in particular
including demand-side management. also having
more efficiency as compare classical gird.

7. Over view of smart gird

10. Difference b/w Classical and Smart
Gird.
 CLASSICAL GRID:
 Limited Delivery System.
 High cost of power outage and power quality interruption .
 Inefficiency at managing peak load.
 Communications too slow.
 SMART GRID:
Energy efficiency
Direct load control
Distributed generation and cogeneration
Automated Demand Response

12. SMART METER USED IN SMART
GRID TECHNOLOGY

13. SMART GIRD COMPONENTS

14. Conclusion in last

15. 