Smart Power & Energy Security (SPES) aims to provide a communication and publication platform for the cutting-edge research and piloting industry practices on the security problems of energy and power systems. The review articles, original research papers, letters and rapid communications are all welcomed from electrical engineering, cyber security, energy market and policy communities. The topics of focus include but not limited to:

I. Energy transition and energy security

1. Energy policy and energy structure planning

2. Analysis of energy security considering climate change

3. Low-carbon Energy Transition: carbon capture, hydrogen energy and other low-carbon energy sources

4. Energy-Economy-Environment system analysis

II. New-type and Renewable dominating bulk power system operation security, control and protection

1. Stability of power electronic power system

2. Advanced power system relay protection and control

3. Stability mechanism and safe operation of AC-DC hybrid power system

4. Modeling, simulation, control and protection of new-type power systems

III. Resilient Power distribution network and integrated energy systems

1. Resilience analysis of power system/integrated energy system

2. Planning of resilient power system/integrated energy system

3. Flexible operation of the power energy system with diversified and flexible resources participation

4. High-power-density flexible interconnection equipment and technology for resilience improvement

IV. Risk analysis and management of energy and power markets

1. Renewable energy and power demand forecasting

2. Design and risk assessment of energy and electricity market

3. Uncertainty analysis and management of energy and electricity market

4. Market mechanism design for resilience improvement and energy supply security

V. Security of cyber-physical energy and power systems

1. Modeling and simulation of cyber-physical systems

2. Coupling mechanism and analysis of cyber-physical systems

3. Failure analysis and stability of cyber-physical systems

4. Attack and cooperative defense of cyber-physical systems

Editorial Board