Optimal design of superconducting magnetic energy storage to reduce voltage dro‎p in the distribution network

1/1/1900 12:00:00 AM

Energy has always been one of the most worrying issues in the world an‎d a key factor in global development. In recent years, environmental problems an‎d the issue of global climate change due to the use of non-renewable energy sources have intensified the use of renewable energy (RE). New energy sources are used in power systems to produce electric power on a wide scale. In some of these sources, for example, wind an‎d sun, due to the nature of ran‎dom behavior, it is difficult to predict the production output power, an‎d this issue causes severe fluctuations in the output power, which will cause many problems for the performance of the power system. Energy storage systems (ESS) as a solution to the above challenge by facilitating the increase in the penetration of renewable energy sources, correcting the load curve (LL), assisting in frequency control (FC), postponing the development of transmission lines Reducing voltage fluctuations, increasing power quality (PQ) an‎d reliability are, for this reason, the use of energy storage systems in different points of the power system is necessary to establish a balance between production an‎d consumption.

سيستم هاي ذخيره ساز انرژي , ذخيره ساز ابررسانا , الگوريتم تعادل , انرژي تجديد پذير , بهينه سازي , پايداري ولتاژ

Energy storage systems , Superconducting storage , Equilibrium algorithm , Renewable energy , Optimization , Voltage stability

Erfan Fathi

Hossein Heydari