Smart_Electric_Grid_Presentationoooo.pptx

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1. Smart Electric Grid Technology Revolutionizing the Future of Power Distribution Presented by: Jatin Kumar Department of Engineering

2. Introduction to Smart Grid Modernization of traditional power networks Uses digital communication and automation Aims for efficient, reliable, and sustainable electricity Core idea: Two-way flow of electricity and data

3. Components of Smart Grid Smart Meters – track real-time energy usage Sensors & IoT Devices – detect faults and monitor flow Control Centers – manage and optimize power distribution Renewable Sources – integrated into the main grid

4. Key Technologies Internet of Things (IoT): connects devices for data sharing AI & Machine Learning: predict faults and demand patterns Blockchain: secure peer-to-peer energy trading Big Data Analytics: optimize grid performance

5. Renewable Energy Integration Solar and wind power connected to grid Smart grids stabilize intermittent supply Enables microgrids and distributed generation Reduces dependence on fossil fuels

6. Communication & Cybersecurity Uses SCADA and wireless networks for control Real-time data transfer between grid components Cybersecurity vital for protecting sensitive data Encryption and firewalls ensure safe operation

7. Energy Storage & Management Battery systems store excess power Smart grids balance demand and supply Demand Response programs adjust usage Smart homes optimize energy consumption

8. Benefits of Smart Grid Efficient energy use & reduced losses Reliable and faster fault recovery Integration of renewables and EVs Empowered consumers with real-time monitoring

9. Challenges & Limitations High setup and maintenance costs Data privacy and cybersecurity issues Interoperability between devices Need for skilled professionals and policies

10. Future Trends AI-driven predictive maintenance Fully automated self-healing grids Growth of smart cities and EV charging networks Toward a sustainable and digital energy ecosystem