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Information × Registration Number 0225U001778, (0124U002308) , R & D reports Title Study of the operation of distributed generation objects with energy storage systems based on meteorological data popup.stage_title Розроблення математичних моделей та програмно-інформаційних засобів для аналізу параметрів функціонування обладнання розподіленої генерації на базі ВДЕ з використанням систем акумулювання енергії Head Zaporozhets Artur O., Доктор технічних наук Registration Date 07-02-2025 Organization Institute of General Energy National Academy of Sciences of Ukraine popup.description1 Development of new methods and software tools for investigating the parameters of operation of hybrid power plants based on renewable energy sources with the use of energy storage systems and consideration of retrospective satellite data on environmental meteorological parameters to enhance energy security. popup.description2  A method for determining the installed capacity of distributed generation power plants with renewable energy sources and energy storage systems has been developed. An optimization model for determining the nominal capacity of an energy storage unit (ESU) that transfers excess electrical energy from a solar power plant (SPP) within a group of distributed generation power plants has been developed for the first time. A mathematical model for localizing meteorological environmental parameters based on a satellite data grid, built using the group argument accounting method, has been developed. The parameters of the ESU determined on the basis of the developed optimization model, when transferring about 9.0% of the total volume of electricity generated to the SPP in time, will ensure a reduction in the weighted average cost of electricity for consumers (LCOES) during the entire period of commercial operation as part of distributed generation power plants by 8.2% (from 147.9 to 136.7 €/MWh) and a reduction in capital expenditures (CAPEX) in total for all power plants and UZE by 44.2% (from 38.1 to 26.4 million euros). Product Description popup.authors Bilan Tetiana R. Buratynskyi Ihor M. Zaporozhets Artur O. Tolstov Dmytro V. Haidurov Vladyslav V. popup.nrat_date 2025-02-07 Close