Special Issues

1. Cyber-Physical System Modelling and Control for Power Systems with Renewable Energy Sources:

Introduction

The research of Cyber-Physical System Modelling and Control for Renewable Energy Power System addresses the close interactions and feedback loop between cyber components such as sensing systems and dynamic physical components such as energy systems. Various emerging technical challenges such as the rapid increase of functionalities, the significant uncertainties and the stringent requirements on performance, safety, security, flexibility and reliability make design increasingly complex. This special issue aims to present the state-of-the-art interdisciplinary research addressing the above challenges from a system perspective that includes both cyber and physical aspects, with clear innovative contributions to theory and application for renewable energy power system.
With the development of intelligent measurement, communication technology, and renewable energy, the traditional power system has gradually shifted into a cyber-physical power system. Cyber-Physical System is becoming the key technology to support industrial development, and it is also regarded as the core system to lead the new round of global industrial technological change. However, the hot topics of Cyber-Physical System Modelling and Control for Renewable Energy Power System need further research and improvement.

Topics of interest include, but are not limited to:
  • Advanced data-driven methods in power systems with renewable energy sources
  • Analysis and modeling of power system and multiple energy system
  • Optimization control method for power system and multiple energy system
  • Integrated modeling of power and communication networks
  • Stability enhancement of power system based on communication network optimization
  • Analysis and response methods of the impact of communication delay on power systems
  • Cyber-attack detection and defence methods in power systems with renewable energy sources
  • New application scenarios of cyber-physical systems for power systems with renewable energy sources