Inverter-Based Microgrids - WG 2024-2
EMPOWERING THE FUTURE: INVERTER-BASED MICROGRIDS AND PIONEERING POWER-TO-X INNOVATIONS IN DISTRIBUTION ENERGY SYSTEMS
Background
Inverter-based microgrids are innovative energy systems incorporating renewable sources like wind turbines and solar panels, energy storage solutions like hydrogen technologies, and e-mobility components like electric vehicles (EVs). This technology enables the seamless integration of clean energy sources within microgrids while exploring carbon-neutral strategies and the potential of Power-to-X technologies in the journey towards a more sustainable and environmentally friendly energy future.
Scope
The scope of the report will encompass various aspects of the distribution network:
• State-of-the-art and Best Practices in DER Connection and EU Code Compliance Verification with the Microgrids Concept:
o To Explore current advancements and best practices in connecting Distributed Energy Resources (DER) and ensuring compliance with EU codes in microgrids.
• Role of Components in Distribution Networks:
o Examine the roles of different components in distribution networks, including:
o Renewable energy sources (e.g., wind, solar)
o Energy Storage Systems (e.g., hydrogen technologies)
o E-mobility (Electric Vehicles)
• Power-to-X Technologies and Their Applications in Microgrids:
o To Investigate Power-to-X technologies, their applications within microgrids, and their potential contributions to establishing a more environmentally friendly distribution system.
• Perspective of Power-to-X Technologies in Distribution Systems:
• Perspective of Power-to-X Technologies in Distribution Systems:
o To present the modeling and architecture of Power-to-X systems.
o Analyze network/distribution system planning.
o To examine operation and maintenance considerations.
• Strategies and Technologies for Achieving Carbon Neutrality in Microgrid Systems:
o To investigate strategies and technologies to achieve carbon neutrality within microgrid systems, focusing on reducing their environmental impact.
o To Explore the regulatory and legal framework influencing these efforts.
• Sustainability in DER:
o To Examine how inverter-based microgrids contribute to a sustainable energy ecosystem.
o Assess their impact on reducing greenhouse gas emissions and promoting a cleaner energy future.
o To Discuss challenges and opportunities associated with sustainability.
• Real-World Case Studies and Best Practices:
o Identify and analyze real-world case studies and best practices of successful inverter-based microgrid implementations.
o To present technical use cases, business use cases, and relevant projects.
• Future Trends and Innovations:
o To Explore emerging trends and innovations in the field of microgrid systems. Considering advancements in technology and policy that will shape the future of
microgrids.
o Assess the economic benefits of inverter-based microgrids, including potential cost savings.
Conveners :
Palizban Omid, ABB, Finland
Verissimo Miguel, E-Redes, Portugal
Members :
Budha Ramana A, Jacobs, United Kingdom
Burul Ivan, HEP-Distribution, Croatia
Cazals François, Schneider Electric, France
Cazals François, Schneider Electric, France
Choi Joon-ho, Chonnam National University, South Korea
Davidović Danijel, Elektro-Ljubljana, Slovenia
Dzonlaga Bogdan, EDF, France
EL-Shimy Mahmoud Bekhet Mohamed, Ain Shams University, Egypt
Harrison Jeremy, LCP Delta, United Kingdom
Marchand Jane, G2Elab, France
Riva Fabio, CESI, Italy
Sami Hassan Ali AbdAlla Ahmed, Ministry of Electricity and Renewable Energy, Egypt
Wang Miao-Xin, Schneider Electric, France
Wang Miao-Xin, Schneider Electric, France
Xu Qianwen, KTH Royal Institute of Technology, Sweden
Xu Tao, Tianjin University, China
Zeyad Mahmoud Mohamed Ali, Middle Egypt Electricity Distribution Company, Egypt
Zhang Ziqian, Graz University of Technology, Austria