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Full Description
Advanced Smart Grid Technologies: Industry Applications and Integration Strategies offers a comprehensive exploration of the cutting-edge innovations and integration techniques shaping the future of power systems. This edited volume brings together leading researchers and industry experts to present real-world case studies, emerging technologies, and strategic frameworks that enable efficient, secure, and sustainable energy management.
This book:
Explores the full spectrum of smart grid technologies, including AI, IoT, machine learning, blockchain, and digital twin concepts.
Includes real-world applications from sectors such as manufacturing, transportation, utility services, and smart cities.
Provides insight into practical frameworks for integrating distributed energy resources (DERs), microgrids, and renewable energy systems into existing infrastructures.
Discusses securing smart grid networks and enhancing resilience against cyber threats and grid failures.
Analyses international standards, regulatory policies, and smart grid deployment challenges in various regions.
Provides forward-looking chapters that outline the trajectory of smart grid development and emerging opportunities.
Covering everything from IoT, AI, and blockchain applications to grid automation, cybersecurity, and renewable energy integration, this book serves as a critical reference for professionals, academics, and policy-makers involved in the evolution of smart grid systems across global industries.
Contents
1. Introduction to Smart Grids. 2. Privacy and Data Security in AI Systems. 3. Renewable Energy Integration and Grid Interfacing. 4. EV Charging Locator App. 5. Smart Contracts for the Internet of Things (IoT) and Blockchain Technology: IoT data market based on Blockchain technologies. 6. Automation and Control in Smart Grids. 7. Cybersecurity and Data Privacy in Smart Grids. 8. Energy Storage Systems and Grid Flexibility. 9. Clean and Green Energy: Advanced Materials, Technologies, and Future Perspectives. 10. Integration of Grid with Distributed Energy Resources:Technologies, potentials contributions and future prospects. 11. Renewable energy Integration and Grid Interfacing. 12. Design and Development of an Electric Vehicle Go-Kart.
