1. Smart Grid PRESENTED BY: ZUBAIR AHMAD 2909020006

2.  The Smart Grid is a combination of hardware, management and reporting software, built atop an intelligent communications infrastructure.  In the world of the Smart Grid, consumers and utility companies alike have tools to manage, monitor and respond to energy issues.  The flow of electricity from utility to consumer becomes a two-way conversation, saving consumers money, energy, delivering more transparency in terms of end-user use, and reducing carbon emissions. What is Smart Grid ?

3.  Modernization of the electricity delivery system so that it monitors, protects and automatically optimizes the operation of its interconnected elements – from the central and distributed generator through the high-voltage network and distribution system, to industrial users and building automation systems, to energy storage installations and to end-use consumers and their thermostats, electric vehicles, appliances and other household devices.  The Smart Grid in large, sits at the intersection of Energy, IT and Telecommunication Technologies. 3 What is Smart Grid ?

4. Pillars of Smart Grid  Transmission Optimization  Demand Side Management  Distribution Optimization  Asset Optimization

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6. Need for development of Smart Grid having features like-  Phasor Measurement Technique  Wide Area Measurement (WAM)  Flexible AC Transmission System (FACTS)  Adoptive Islanding  Self healing Grids  Probabilistic and Dynamic Stability Assessment  Distributed and autonomous Control 6 Technology Integration & Grid Management

7. 7 Overview of Smart Grid

8.  Transmission  Distribution  System Operations Advance Metering Infrastructures Asset Management etc. Asset Management HVDC and UHVAC etc. Self Healing Grids WAMS Adaptive Islanding etc. 8 Smart Grid in Power Sector

9. Smart Grid in Distribution

10. Smart Grid in Distribution  Distribution Automization  Demand Optimaization - Selective Load Control  Operation –Islanding of Micro-grids

11. Distribution Automization/Optimization  Managing Distribution Network Model  Outage management and AMI Integration  DMS & Advanced Switching Applications  Integrated Voltage / VAR Control

12. Demand Optimization  Demand Response – Utility  Demand Response – Consumer  Demand Response Management System  In Home Technology enabling

13. Demand Optimization  Smart Metering –  Automatic, Time of Use, Consumer Communication & Load Control  Communications : Automated Metering Infrastructure (AMI) – LAN, WAN, HAN  DRMS (Demand Response Management)  In Home enabling technology – Demand in three category: Immediate, Deferrable, Storable – Customer aggregation & De-aggregation required for Peak shifting

14. Demand Optimization: Advanced Web Portal  Energy Usage Information  Utility Communication  Consumer Enrollment in DR programs  In Home Technology- Availability & Purchase, Device Provisioning

15. Control Center with Service Oriented Architecture (BUS)  Having – GIS (geo-spatial Information Systems), – AMI, – SAP (ERP), – OMS (Outage management System), – DMS (Distribution Management System), – EMS (Energy Management System), – DRMS (Demand Response management System).  Model manager synchronizes GIS data with OMS, DMS & EMS.

16. Expectation of Technology & Solution Partners  To associate and collaborate with Smart Grid players in other parts of globe  Develop local expertise to manufacture and provide support services  Development of CIM  Application Development in India Power Sector Context.

17. Why Smart Grid?  Integrate isolated technologies : Smart Grid enables better energy management.  Proactive management of electrical network during emergency situations.  Better demand supply / demand response management.  Better power quality  Reduce carbon emissions.  Increasing demand for energy : requires more complex and critical solution with better energy management

18. Drivers of Smart Grid  Increasing demand:  High Aggregate Technical & Non Technical, Losses:18%- 62%  Ageing assets…transformers, feeders etc.,  Grid to carry more power: Need for, Reliability and greater Security  Billing and collections: Profitability of distribution companies  Energy mix: Need for Renewable to reduce carbon footprint

19. Implementation leads to …..  Deliver sustainable energy  Increased efficiency  Empower consumers  Improve reliability  Smart Grid

20. New Technologies for…..  Energy Storage to support a Resilient Smart Grid (Comparing & evaluating cost competitiveness of: Compressed air, pumped hydro, ultra capacitors, flywheels, battery tech, fuel cells.)  Smart Grid & Electric Vehicle Integration (How can electric Vehicle optimize the use of renewable energy resources, improve efficiency)

21. Challenges Faced by Smart Grid  Present Infrastructure is inadequate and requires augmentation to support the growth of Smart Grids.  Most renewable resources are intermittent and can not be relied on (in its present form)for secure energy supply  Regulatory Policies to deal with consequences of Smart Grid; like off peak, peak tariffs and other related matters.  Grid Operation : Monitoring & control

22. Intelligent Monitoring & Control of the Interconnected Electric Power Grid Using Wide Area Measurements (WAMs) for Western Region

23. Intelligent Monitoring & Control of WR Electric Power Grid Using Wide Area Measurements (WAMs)  The Project is approved by CSIR & Funded by CSIR (Council of Scientific and Industrial Research) under New Millennium India Technology Leadership Initiative (NMITLI)  Along with POWERGRID other members of the consortium are:- – TCS-Leader – IIT Mumbai – Tata Power Company Limited (Tata Power)