Power and Energy Systems Engineering 2026 Conference (PESE) | Manchester

Welcome to the Power and Energy Systems Engineering 2026 Conference (PESE) in Manchester! Join us at the Holiday Inn Express Manchester - East for a day filled with insightful discussions and networking opportunities. Our event will cover the latest trends and technologies in the power and energy sector. Don't miss out on this chance to connect with industry experts and expand your knowledge. See you there!

Paper Publishing and Indexing:

All accepted and registered papers will be published in the Conference Proceedings, which will be indexed by Ei Compendex and Scopus.

Call for Papers

Call for Paper Submissions: We invite papers on a wide range of topics, including but not limited to: Theory and Practice

The Power and Energy Systems Engineering 2026 Conference (PESE) Conference encompasses an extensive scope that includes, among others, the following subject areas:

1. Power Systems Engineering

• Power system modeling, analysis, and control
• Power system stability and reliability
• Smart grids and microgrids
• Power system protection and fault diagnosis
• Renewable energy integration in power systems
• Demand-side management and energy efficiency

2. Electrical Power Generation

• Conventional power generation (thermal, hydro, nuclear)
• Renewable energy systems (solar, wind, biomass, tidal, geothermal)
• Hybrid energy systems
• Distributed and decentralized generation
• Energy storage technologies for power systems

3. Power Transmission & Distribution

• High-voltage transmission systems
• Flexible AC Transmission Systems (FACTS)
• HVDC technologies
• Distribution automation and optimization
• Grid interconnection and transnational power systems
• Advanced metering infrastructure (AMI)

4. Energy Systems Engineering

• Energy conversion and management
• Sustainable and clean energy technologies
• Energy efficiency in industrial and building systems
• Cogeneration and combined-cycle systems
• Energy harvesting technologies
• Hydrogen and fuel cell systems

5. Smart Grids and Emerging Technologies

• IoT applications in power and energy systems
• Cybersecurity in smart grids
• AI and machine learning for energy optimization
• Blockchain in energy trading and grid management
• Vehicle-to-Grid (V2G) technologies
• Digital twins for power systems

6. Power Electronics and Devices

• Power electronic converters and inverters
• High-efficiency motor drives
• Solid-state transformers
• Wide bandgap semiconductor devices (SiC, GaN)
• Power conditioning for renewable systems
• Energy storage interfacing and control

7. Sustainable and Renewable Energy

• Grid-connected and off-grid renewable systems
• Solar PV design and optimization
• Wind energy technology advancements
• Hybrid renewable energy systems with storage
• Policies and economics of renewable energy adoption
• Environmental impacts and life-cycle analysis

8. Control, Automation & Instrumentation in Energy Systems

• SCADA and EMS in power systems
• Industrial automation for power plants
• Adaptive and predictive control in energy systems
• Sensors and instrumentation for power monitoring
• Robotics and automation in energy sector
• Digital control techniques for converters and drives

9. Energy Policy, Economics & Management

• Energy market dynamics and deregulation
• Power system economics and optimization
• Energy policy and regulations
• Carbon trading and green energy economics
• Sustainable energy finance and investment
• Energy planning and forecasting models

10. Emerging Frontiers

• Nuclear fusion power
• Space-based solar power systems
• Artificial intelligence in renewable forecasting
• Electrification of transportation and e-mobility
• Energy-efficient materials and nanotechnology applications
• Climate change mitigation through power and energy systems