2025 International Conference of Electrical，Electronic and Networked Energy Systems

（EENES 2026）

In recent years, with the growing global demand for sustainable and efficient energy and the rapid development of electric vehicles, new technologies in the fields of electrical & electronic engineering, and energy have emerged, and significant advances have been made in smart grid technologies, renewable energy systems, energy storage systems, and power electronic systems. At the same time, the integration of renewable energy into the grid and the massive use of electric vehicles have brought new challenges and opportunities to power and electrical engineers.

2026 International Conference of Electrical, Electronic and Networked Energy Systems (EENES2026) will be held from October 23 to 25, 2026, in Changsha , China. EENES2026 aims to provide a platform for researchers, engineers and industry experts to share their latest research achievements and innovative ideas in the field of power, electrical and energy engineering. The conference will cover a wide range of topics, including power, power electronics, smart grids, renewable energy, transportation energy integration, advanced power technology, energy internet, etc.

All accepted papers in English will be published in the Conference Proceedings (LNEE, ISSN：1876-1100, EI source) by Springer-Verlag Publisher, Germany, which will be submitted to EI Compendex for indexing. High quality papers will be recommended for publication in relevant international journals indexed by SCI.

Papers are invited on research in the following field, including but not limited to the following topics：

1.Transportation-Energy Integration and Advanced Power Technologies
• Self-consistent energy systems for transportation and related technologies
• Integrated planning technologies for transportation-energy convergence
• New energy integration technologies for rail transit
• New energy integration with road transportation systems
• New energy integration with waterborne vehicles
• New energy integration with aerospace vehicles
• New energy integration with special-purpose vehicles
• Clean energy and advanced power technologies for transport equipment
• Technologies for hydrogen production, storage, and utilization
• Multi-source power systems for transport equipment and their applications
• Interaction technologies between transport equipment and energy networks
• New energy generation, storage technologies and their transportation applications
• Integration technologies of IoT/energy internet with transportation systems

2.Smart Grid and Networked Energy Systems
• Novel power systems and their applications
• Architecture and design of smart grids and energy internet
• Energy exchange technologies and energy router related technologies
• Information and communication technologies in energy internet
• Control, scheduling and integrated management technologies for microgrids and microgrid clusters
• Virtual power plant technologies
• Source-grid-load-storage bidirectional interaction technologies
• IoT technologies in power systems
• Distributed generation and energy storage technologies
• Interaction technologies between electric vehicles and energy internet
• Grid-forming new energy active support control technologies

3.Power Electronics and Electric Drives
• Electric drive and control technologies
• Power electronic converters and their control technologies
• Novel power electronic devices, materials and their applications
• Novel converter topologies and their applications
• Novel motor technologies and related applications
• Electromagnetic launch and other novel electric propulsion technologies
• Superconducting technologies in electric drive systems
• Wireless power transfer technologies and their applications
• Power electronic transformer technologies
• Big data and AI applications in power electronics and electric drive systems
• Key technologies for grid-forming energy storage active support

4.High Voltage and Insulation Technologies
• Insulation materials and technologies for power equipment
• Overvoltage and insulation design technologies in power systems
• Grounding technologies in power systems
• Gas discharge theory and its applications
• Online monitoring technologies for equipment discharge
• Intelligent operation and maintenance technologies for power equipment Novel high voltage technologies (pulse power, plasma applications, etc.)

Authors should use the templates obtained from the conference site to format their papers, and paper templates can be download here (http://www.eenes.net/submit ).

All manuscripts must be submitted through the online submission system (http://www.eenes.net/submit ).