Integrated energy system planning at the district level can contribute towards the sustainable
transformation of the building sector by unlocking solutions beyond individual buildings. This …

Many countries have proposed plans on distributed energy systems. However, distributed
energy systems still can be improved in system optimization design methods, new-type load …

Seasonal and location dependence of renewable energy resources have limited their
applications in power generation. Energy storage systems are promising solutions to the …

This study starts by modeling and analyzing a smart combined energy system that includes
a concentrated solar power plant, steam Rankine, Brayton, organic Rankine cycles, reverse …

As renewable electricity integration generates grid-balancing challenges for network
operators, new ways of grid resilience receive significant attention from the energy research …

The incorporation of decentralized energy solutions, including solar photovoltaic (PV)
installations and energy storage systems (ESSs), into residential communities has received …

Established as a sub-discipline of Chemical Engineering in the 1960s by the late Professor
RWH Sargent at Imperial College London, Process Systems Engineering (PSE) has played …

This paper presents the PEACEFULNESS software platform (Platform for transvErse
evAluation of Control stratEgies For mULti-eNErgy Smart gridS), an open framework …

This research aims to design a model to forecast and simulate aggregated world energy
demand at distant horizons in time. This is done by estimating statistically a simplified …

Integrated energy systems have recently gained primary importance in clean energy
transition. The combination of the electricity, heating and gas sectors can improve the overall …