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Rubicon Publications

Publish a Book Chapter in "Advances in Electrical Engineering and Power Systems (Volume - 1)"

Call for Book Chapters: Submissions Now Open

978-1-804338-75-9

Electrical Engineering Edited Book | Edited Book on Electrical Engineering


This edited book on electrical engineering titled "Advances in Electrical Engineering and Power Systems" mainly focuses on various topics such as smart grid technologies, renewable energy integration, power system stability etc., and the rest are given below in the Scope of the book. This electrical engineering edited book will be published with ISBN numbers after following a proper double blind peer reviewed process. All the chapters of this electrical engineering edited book will be published in a proper style, so that reader can easily understand and learn.

Author can download this electrical engineering edited book titled "Advances in Electrical Engineering and Power Systems" authorship responsibility and copyright form: Click Here

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Indexed in Crossref Indexed in Dimensions Indexed in Bowker
Invited Topics

  1. Harmonics in Power Systems: Sources, Modeling, and Mitigation
  2. Power Quality Monitoring and Improvement in Distribution Networks
  3. FACTS Devices for Power Flow Control and Stability Enhancement
  4. HVDC Transmission Systems: Topologies and Control Methods
  5. Wide-Area Measurement Systems Using PMUs for Dynamic Monitoring
  6. State Estimation and Real-Time Situational Awareness in Smart Grids
  7. SCADA, EMS, and DMS: Integrated Control Center Architectures
  8. Cybersecurity for Power Systems: Threat Modeling and Defense
  9. Resilience Engineering: Hardening Grids Against Extreme Events
  10. Blackout Prevention and Restoration Strategies for Modern Networks
  11. Protection Systems: Coordination, Settings, and Modern Challenges
  12. Adaptive Relaying and Digital Protection for Smart Grids
  13. Protection of Microgrids: Islanded and Grid-Connected Modes
  14. Fault Detection, Location, and Isolation in Distribution Systems
  15. Condition Monitoring of Power Transformers Using Advanced Diagnostics
  16. Partial Discharge Monitoring and Insulation Health Assessment
  17. Power Cable Diagnostics and Asset Management Strategies
  18. Substation Automation Using IEC 61850: Design and Implementation
  19. Communication Networks for Smart Grids: Latency, Reliability, and Security
  20. Power System Planning with High DER Penetration
  21. Reliability Assessment Methods and Risk-Based Planning
  22. Optimal Power Flow and Security-Constrained Dispatch
  23. Power Market Operations and Ancillary Services in Modern Grids
  24. Demand Response Programs: Design, Control, and Consumer Behavior
  25. Energy Management Systems for Buildings and Campuses
  26. Integrating Rooftop Solar PV in Distribution Networks
  27. Wind Farm Grid Integration: Reactive Power and Fault Ride-Through
  28. Solar PV Inverter Control and Anti-Islanding Requirements
  29. Grid Protection and Control Under Inverter-Based Resources
  30. Synthetic Inertia and Fast Frequency Response from Power Electronics
  31. Coordinated Voltage Control Using OLTCs, Capacitors, and Inverters
  32. Reactive Power Optimization in Distribution Systems
  33. Distribution Network Reconfiguration for Loss Reduction
  34. Power System Optimization Using Metaheuristic Algorithms
  35. AI Applications in Power System Stability Assessment
  36. Machine Learning for Fault Classification and Predictive Maintenance
  37. Digital Twins for Power Systems: Modeling and Real-Time Updates
  38. IoT Sensors and Edge Analytics for Grid Monitoring
  39. Lightning Protection and Overvoltage Coordination in Power Networks
  40. Earthing and Grounding Design for Substations and Plants
  41. Power System Harmonic Standards and Compliance Testing
  42. Power Quality Indices and Customer Impact Assessment
  43. Integration of Hydrogen Electrolyzers as Flexible Loads
  44. Power-to-X Systems and Grid Interaction Studies
  45. Hybrid Renewable Plants: Solar–Wind–Storage Optimization
  46. Techno-Economic Analysis of Renewable Integration Projects
  47. Grid Expansion Planning and Transmission Congestion Management
  48. HVDC Interconnections for Renewable-Rich Power Systems
  49. FACTS and HVDC Coordination for Stability Enhancement
  50. Protection Challenges in Multi-Terminal HVDC Networks
  51. Modeling and Control of Converter-Dominated Power Systems
  52. Stability Analysis Methods for Inverter-Based Grids
  53. Frequency and Voltage Control in Islanded Microgrids
  54. Peer-to-Peer Energy Trading in Distribution Networks
  55. Blockchain Applications for Energy Markets and Metering
  56. Regulatory Frameworks for Distributed Energy Resources
  57. Standards for EV Charging, V2G, and Interoperability
  58. Smart Charging Strategies to Minimize Peak Demand
  59. Thermal Constraints and Dynamic Line Rating for Transmission Systems
  60. Asset Management and Lifecycle Strategies for Grid Components
  61. Transformer Loss Reduction and Efficiency Improvement Methods
  62. Smart Substations and Digital Switchgear Technologies
  63. High-Frequency Transformers in Power Electronics Applications
  64. Advanced Converter Topologies for Renewable Integration
  65. Multilevel Inverters for High-Power Grid Applications
  66. Control of Grid-Tied Converters Under Weak Grid Conditions
  67. Islanding Detection Techniques for Distributed Generation
  68. Protection Coordination with High Penetration of Rooftop PV
  69. Voltage Unbalance and Neutral Issues in Low-Voltage Networks
  70. Harmonic Interaction in Networks with Multiple Inverters
  71. Dynamic Security Assessment and Contingency Analysis
  72. Real-Time Simulation and Hardware-in-the-Loop Testing
  73. Power System Education and Training for Digital Grids
  74. Case Studies of Smart Grid Deployments in Developing Countries
  75. Rural Electrification Using Microgrids and Renewable Energy
  76. Resilient Power Systems for Critical Infrastructure and Hospitals
  77. Integration of Storage for Grid Black Start Capability
  78. Future Trends in Power Systems: Decarbonization, Digitization, and Decentralization
  79. Research Gaps in Inverter-Dominated Power System Stability
  80. Roadmap for Transitioning to Net-Zero Power Systems
Book Scope

  • Smart Grid Technologies
  • Renewable Energy Integration
  • Power System Stability
  • Microgrids and Distributed Generation
  • Power Electronics Converters
  • Grid-Connected Inverters
  • HVDC Transmission Systems
  • FACTS Devices Applications
  • Power Quality Improvement
  • Harmonics and Mitigation
  • Protection Systems Coordination
  • Adaptive Relaying
  • Wide-Area Monitoring (WAMS)
  • PMU-Based Stability Analysis
  • SCADA and EMS Systems
  • Demand Response Programs
  • Load Forecasting Methods
  • Energy Storage Systems
  • Battery Energy Storage Integration
  • BMS Design and Control
  • Electric Vehicle Charging Infrastructure
  • Vehicle-to-Grid (V2G)
  • Renewable Forecasting
  • Solar PV System Design
  • Wind Power Grid Integration
  • Grid Codes and Compliance
  • Power Market Operations
  • Ancillary Services Management
  • Distribution Automation
  • Advanced Metering Infrastructure
  • Cybersecurity for Power Systems
  • Resilience Against Blackouts
  • Fault Detection and Location
  • Condition Monitoring of Transformers
  • Partial Discharge Diagnostics
  • Power Cable Testing
  • Substation Automation
  • IEC 61850 Communication
  • Lightning Protection Design
  • Earthing and Grounding
  • Energy Management for Buildings
  • Power System Planning
  • Reliability Assessment Methods
  • Protection of Microgrids
  • Islanding Detection
  • Power System Optimization
  • Optimal Power Flow
  • AI in Power System Control
  • Digital Twins for Grids
  • Sustainable Power System Design


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Deadline

31 Jan 2026