In this study, we provide a work-in-progress insight related to the profiling of real network data and energy generation measurements gathered by a local wind turbine at Lancaster University.
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In this work, a two-stage approach is introduced to efficiently solve the optimal voltage regulation problem in radial medium-voltage (MV) distribution networks.
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In this weeks Who’s Who – the second part in our series – we talk with Nefeli Malamaki of the Aristotle University of Thessaloniki. Nefeli is an associate of Charis Demoulias, with whom we spoke for our last Who’s Who.
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The EASY-RES project celebrated its first birthday this year. The first project year was successful and produced promising results.
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The increasing penetration of photovoltaic (PV) systems in distribution networks often causes overvoltage problems. One solution to address this issue is the provision of reactive power (RP) by the PV converters.
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Charis Demoulias explains his role in the EASY-RES project and its importance for the future of renewable energies. His work package aims to provide new ancillary services to improve DRES grid stability, while at the same time bringing down the costs of renewables, in order to allow up to 100% DRES grid penetration in the future.
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The main objective of this paper is the effective voltage regulation in radial medium-voltage (MV) distribution networks with high distributed generation (DG) penetration, ensuring near-minimum active power losses. For this purpose, a new control strategy with low computational complexity is proposed.
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Much has happened since the EASY-RES project has started and we are proud to present the first of our regular biyearly progress reports in 2019, where we provide detailed insights into the progress of each of our work packages (WPs).
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We are delighted to annouce, that the monthly appearing, very popular German science magazine Spektrum der Wissenschaft brought out an article dealing with EASY-RES!
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