Restructuring of power systems along with the integration of renewable energy resources in
electricity networks have transformed traditional distribution networks (DNs) into new active …

Demand Response (DR) is acknowledged to play a relevant role in future electrical power
systems. To achieve decarbonization, increasing shares of renewable electricity will induce …

Rapid increases in distributed energy resources on distribution systems are prompting
research efforts to improve and evaluate electric power distribution algorithms; however …

The sustained cost reduction of solar photovoltaics (PV) modules together with the
introduction of self-consumption policies is transforming passive electricity consumers into …

The integration of new types of consumers and prosumers into distribution networks
presents significant challenges for network planners, especially given the uncertainties of …

To ensure a smooth energy transition, rapid expansion of the electric grid is essential to
accommodate growing renewable power generation. We assess the role battery storage can …

This paper presents an integrated analytical approach to estimate technical losses (TL) of
medium voltage (MV) distribution network. The concept of energy flow in a radial MV …

Day-ahead electricity markets were established based on the premise that short run price
elasticity of demand is small, due to electricity importance, convenience and low cost. If …

The distribution grid faces several challenges related to the decarbonisation of the economy,
which require incorporating flexibility services alongside traditional grid reinforcement …

With the integration of distributed renewable energy sources (DRES) and active demand
(eg, units providing demand response, DR) in the distribution grid, the importance of …