 | APPEEC 2025: 2025 IEEE PES 17th Asia-Pacific Power and Energy Engineering Conference UoA Auckland, New Zealand, December 2-5, 2025 |
| Conference website | https://attend.ieee.org/appeec-2025/ |
| Submission link | https://easychair.org/conferences/?conf=ieeepesappeec2025 |
| Submission deadline | July 30, 2025 |
Full Details: https://attend.ieee.org/appeec-2025/
Join global experts at the Asia-Pacific Power & Energy Engineering Conference (APPEEC) 2025, where academia, industry, and innovation converge to tackle the challenges of decarbonisation, renewable energy integration, and future grid resilience.
Hosted in Auckland, New Zealand’s high-tech and cultural hub, APPEEC 2025 offers a dynamic platform to exchange cutting-edge research, practical solutions, and transformative technologies.
Submission Deadlines
- Contact us: https://attend.ieee.org/appeec-2025/
- Full Paper Due: 30 July 2025 23:00 hrs New Zealand Time
- Acceptance Notification: 30 Aug 2025
- Camera Ready Submission: 30 Sep 2025
- Submission Link: https://easychair.org/conferences/?conf=ieeepesappeec2025
All accepted and presented papers will be submitted to the IEEE Xplore Digital Library.
Conference Paper and Poster Themes
APPEEC 2025 will explore future-focused topics including:
- Future Network Architectures (Hybrid AC/DC, DC transition, Indigenous innovation)
- Protection, Control & Automation (IEC 61850, cyber-security, smart grid standards)
- Electricity Markets & Regulation (demand flexibility, transactive platforms, microgrids)
- Renewable Integration & Green Energy (EVs, hydrogen, multi-energy systems)
- Grid Resilience & Climate Response (wildfire mitigation, disaster resilience)
- Advanced Digital Technologies (AI, IoT, digital twins, quantum computing)
- Engineering Education & Future Workforce (climate-smart innovation and skills)
Conference Paper and Poster Themes
1. Future Architecture of the Network
- Simulation of hybrid AC-DC systems
- New AC/DC circuit topologies for improved fault detection and system stability
- DC infrastructure and AC-DC control strategies
- Indigenous innovation to enhance economic growth and sustainability
2. Protection, Control, and Automation of Modern Power Systems
- Advanced FLISR, SCADA, OMS, Volt/VAR optimization, and dynamic voltage support
- IEC 61850-based digital substations and cybersecurity
- Interoperability and standardisation across smart grids
3. Electricity Markets, Policies, Regulation, and Standards
- Transactive energy models and new business platforms
- Demand-side management and flexibility services
- Local energy markets, prosumers, aggregators, and community microgrids
- Innovative Policies
4. Renewable Energy Integration and Control
- Grid code compliance for renewable energy sources
- Advanced inverter technologies and EV-grid integration
- Innovations in green hydrogen and multi-energy systems
5. Grid Resilience and Reliability
- Resilience against high-impact low-probability events
- Wildfire risk mitigation and adaptation to climate change
- Strategies for critical infrastructure and system hardening
6. Advanced Technologies for Smart Grid Applications
- Applications of AI, ML, IoT, and 5G in the power sector
- Digital twins, real-time simulations, and co-simulation platforms
- Quantum computing and supercomputing in grid operations
7. Power Engineering Education and Future Workforce
- Best practices in online and lab-based engineering education
- Workforce readiness for climate-smart infrastructure
- Integrating sustainability into curriculum and industry pathways