Edited by
Sivasankari Sundaram, Rajiv Gandhi Institute of Petroleum Technology - RGIPT Bengaluru Campus, India.
Chakkarapani Manickam, Rajiv Gandhi Institute of Petroleum Technology - RGIPT Sivasagar Campus, India.
ISBN : 9781836690436
Publication Date : April 2026
Hardcover 298 pp
170 USD
Co-publisher
Energy Systems Engineering is a comprehensive guide for students, researchers and professionals navigating through the rapidly evolving energy landscape. This book bridges theory and practice, delivering clear explanations of the origin of energy system modeling approaches, deliverables, performance analysis, and real-world applications across conventional and renewable technologies.
From linear models to data-driven optimization, this book equips readers with the tools required to design efficient, sustainable and economically viable energy solutions. Reviews, case studies, numerical examples and analytical frameworks help translate complex concepts into practical insights. The book also covers smart grids, hybrid systems, storage technologies and sustainability assessments, which reflect current industry trends and research directions.
Whether for coursework, project development or professional reference, this book empowers readers to understand, evaluate and innovate within modern energy systems, supporting the global transition toward cleaner, smarter and more resilient energy infrastructure.
1. A Stochastic Framework for Enhancing Smart Grid Reliability under Solar Generation Uncertainty in Keeping with Emission Standards, Suriya Ponnambalam and Ilampoornan M.K.
2. A Hybrid Machine Learning Approach to Assessing the Comprehensive Health of Batteries in Electric Vehicles, Venkatesh Murugan, Satish Kumar Ramoji, Venkata Pavan Kumar Arapirala, Lalit Chandra Saikia and Biswanath Dekaraja.
3. Operation and Control of an Autonomous Hybrid Generation System Based on Wind, Solar, Biogas and Battery Bank, Nindra Sekhar, Kumaresan N., Venkatesh Boddapati, Ravulakari Kalyan, Venkata Madhavaram T. and Nethravathi S.
4. Techno-Economic Analysis of a Hybrid Renewable Energy System with Solar PV, Wind and Biomass for Off-Grid Communities: A HOMER-Based Case Study in Aalborg, Denmark, Venkatesh Boddapati, Nethravathi S., Prakash D.B., Nindra Sekhar and Arul Daniel S.
5. Impact of Field Degradation Rates on the Levelized Cost of Energy (LCOE) for Solar PV Systems, Almas and Sivasankari Sundaram.
6. Harnessing the Future: The Critical Role of Energy System Models in Shaping Sustainable and Resilient Global Energy Landscapes, Venkatesh R. and Subramani K.
7. Application of Digital Technologies in Renewable Energy Systems, Manimegalai S. and Binu Ben Jose D.R.
8. Enhancing UAV Performance in Energy Applications through Advanced Algorithms and Hardware, Pranitha Karthikeyan and Sivathanu Pillai A.
9. The Role of Green Hydrogen in a Sustainable Energy Future: A Technoeconomic Review, Arunkumar N., Arun J. and Balasabarinathan K.V.
Sivasankari Sundaram is an Assistant Professor at the Rajiv Gandhi Institute of Petroleum Technology, RGIPT Bengaluru Campus, India. Her expertise includes energy systems modeling, energy forecasting and control engineering for electric vehicles.
Chakkarapani Manickam is an Assistant Professor at the Rajiv Gandhi Institute of Petroleum Technology, RGIPT Sivasagar Campus, India. His expertise includes control system and power electronic interface for energy systems.
