Performance assessment of flexible links in distribution networks using a detailed power losses model

The massive integration of distributed renewable energy resources is a reality in the current power system. In this new context with greater volatility on generation side it required to incorporate assets provide additional flexibility system accommodate as much possible. Among these assets, DC or AC flexible links could play key role managing flows within radial distribution systems. These connected between feeders may regulate active flow controlled manner and contribute network voltage support. However, losses devices can be limiting factor some functionalities. This paper integrates detailed loss model several link topologies for Optimal Power Flow algorithms aim evaluating its impact functionalities devices. way, possible benchmark performance different quantitative by means indexes. proposes case study based European MV high penetration sources evidence benefits limitations that provide.