Book Series:Energy Systems in Electrical Engineering (https://www.springer.com/series/13509
Editors:

Dr. Iman Rahimi, University of Technology Sydney, Australia
Professor Amir H. Gandomi, University of Technology Sydney, Australia
Professor Miadreza Shafie-Khah, University of Vaasa, Finland
Dr. Abdollah Ahmadi, Energy Optimization Lead, Ampol Australia, Australia

Summary-This book stands at the intersection of environmental consciousness and engineering optimization, offering a profound exploration of "Sustainable Supply Chain of Renewable Energy Networks: Global Perspectives and Innovations in Engineering Optimization." In a world urgently seeking eco-friendly energy solutions, the diverse potential of solar, wind, marine, and biomass energy creates a global canvas for sustainable power generation. This edited volume responds to the pressing need for comprehensive insights by assembling experts and visionaries from around the globe. It captures the essence of varied experiences, unveiling a tapestry of best practices that extends across continents. From ground breaking methodologies in planning and development to a steadfast commitment to the United Nations' sustainable development goals, the book provides a panoramic view that transcends geographical boundaries.
Keywords- Optimization, Planning, Supply Chain, Energy, Renewable, Clean Energy, Innovation, Global, Network Design, Sustainability
Possible chapters include, but not limited to:
Chapters:
-Feasibility and Deployment Locations: Exploring how different regions identify and leverage their unique renewable energy potential.
-Network Design Strategies: Examining diverse approaches to weaving interconnected power sources, distribution hubs, and transmission lines on a global scale.
-Decision Support Systems (DSS): Showcasing the integration of advanced tools and data analytics techniques for optimal energy storage system selection and operation.
-Biomass and wind Energy Systems: Highlighting the role of biomass energy in the global renewable energy landscape and optimizing material selection for enhanced efficiency.
Other chapters may include:
- Renewable Energy Potential: Identifying and Harnessing Resources.
- Global Case Studies: Lessons Learned from Sustainable Energy Projects
- Innovative Approaches to Network Design: Interconnected Power Sources
- Cutting-edge Technologies in Sustainable Energy Infrastructure
- Sustainability Alignment: Clean Energy and Socio-economic Goals
- Global Collaboration: Fostering Knowledge Exchange and Partnerships
-Optimization Techniques in Sustainable Energy Planning
-Economic Viability and Cost Optimization in Renewable Projects
Key dates:
Proposal submission due:2024/03/20
Notification of accepted proposal:2024/04/20
Full chapter submission: 2024/06/20
Notification of full chapter submission:2024/09/20
Final version due:2024/11/20

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