This paper provides a systematic review of recent publications on simulation and analysis of
integrated multi-vector energy networks (rather than energy hubs) and carries this out …

It is apparent that future energy systems need increased flexibility for example due to wider
adoption of variable renewable production, general transition towards decarbonization, and …

Due to the volatile nature of wind and photovoltaic power, wind farms and solar stations are
generally thought of as the consumers of ramping services. However, a microgrid (MG) is …

The increasing utilization of cogeneration plants and energy conversion facilities
accelerates the integration of energy systems, which introduces both opportunities and …

Abstract Design and planning of low carbon cities and districts must consider the synergies
between all the energy networks available. Energy systems optimal design thus assumes a …

With the public deeply embedded at the heart of the energy system, it is essential that any
transition is shaped by what is socially acceptable/desirable at local levels, taking account of …

Electricity and water form an intricate nexus, in that water is crucial for power generation,
and electricity (or other primary forms of energy) is the key enabler for water purification and …

Energy networks are the systems of pipes and wires by which different energy vectors are
transported from where they are produced to where they are needed. As such, these …

The interdependency across natural gas, power and heating systems is increasingly
tightened due to the wide development of cogeneration plants and electrified heating …

In the modern era, the transportation sector is undergoing a revolution in which low‐carbon,
green transportation, and sustainable development are the primary goals. The successful …