Registration Number
0225U001468,
(0122U001827)
, R & D reports
Title
Development of tools for demand management and energy supply using hybrid low-power systems
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Моделювання оптимальних режимів роботи гібридних електроенергетичних систем і прогнозування попиту на енергію
Head
Olena S. Yarmoliuk, Кандидат технічних наук
Registration Date
31-01-2025
Organization
National Technical University of Ukraine «Igor Sikorsky Kyiv Polytechnic Institute»
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Development of theoretical principles and practical tools for optimal operation of hybrid power systems based on low-power renewable energy sources and energy storage systems, to ensure reliability and security of electricity supply and create technical opportunities for further decarbonization of Ukrainian energy
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The aim of the project is to increase the flexibility and reliability of the power system in terms of rapid development and implementation of low-power renewable energy sources. Recently, the rapid growth of demand for electricity and the shortage of traditional energy resources, the active use of low-capacity RES and energy storage systems require the formation of a new segment in the energy sector, which is developing rapidly worldwide - hybrid renewable energy system. Obviously, in this case
there is a need to find new methods and approaches to manage the regimes of such power facility, which can provide the power system with the necessary additional flexibility and stability, which is an important condition for synchronization of the Ukrainian energy system with the European energy system ENTSO-E. To solve such problems, this project will investigate the regime characteristics of electricity generation, storage and consumption objects in the hybrid renewable energy system, as well
as solving the forecast problem and modes optimization for demand management and rational use of renewable energy with increasing energy system's reliability. The final result of the project will be the development of an information-analytical platform that will allow practical implementation of the above tasks in relation to low-power hybrid systems and implement mechanisms to stimulate the production and consumption of electricity from RES (Net Energy Metering)
Product Description
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Veremiichuk Yurii A.
Onyshchenko Yaroslav D.
Opryshko Vitalii P.
Prytyskach Ivan V.
Yatsenko Dmytro V.
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2025-01-31
