Over the last years, gas-fired power capacity investments in electricity networks have
increased in many countries due to its low-rate of greenhouse gas emissions and the …

Energy systems are quickly evolving through the development of new technologies and the
emergence of new operational and market design paradigms. In particular, the global push …

This paper proposes an optimal hardening strategy to enhance the resilience of power
distribution networks to protect against extreme weather events. Different grid hardening …

This study presents a probabilistic transmission expansion planning model incorporating
distributed series reactors, which are aimed at improving network flexibility. Although the …

With the rapid development of functional requirements in the emerging Industry 4.0 era,
modern industrial control systems (ICSs) are no longer isolated islands, making them more …

This paper proposes a novel Microgrid (MG) planning methodology to decide optimal
locations, sizes and mix of dispatchable and intermittent distributed generators (DGs). The …

This paper presents the application of cybersecurity to the operation and control of
distributed electric power systems. In particular, the paper emphasizes the role of …

Considering recent development of deregulated energy markets and the intermittent nature
of renewable energy generation, it is important for power system operators to ensure cost …

This paper presents a new nondeterministic model for joint transmission and energy storage
expansion planning along with optimal transmission switching in wind farm-integrated …

As the sharp growth of gas-fired power plants and the new emergence of power-to-gas (PtG)
technology intensify the interdependence between electricity and natural gas systems, it is …