Technical solutions to prevent blackouts in order to provide the population with electricity: The case of Ukraine
Автор
Sikorska, Olena
Ostra, Natalia
Malogulko, Juliya
Teptia, Vira
Povstianko, Kateryna
Сікорська, О. В.
Остра, Н. В.
Малогулко, Ю. В.
Тептя, В. В.
Повстянко, К. О.
Дата
2024Metadata
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- Наукові роботи каф. ЕСС [342]
Анотації
Due to the deteriorating condition of the power grids and the increasing number of power outages, research on
technical solutions to prevent blackouts in the Ukrainian energy system is becoming an extremely relevant and necessary
task. This study aims to analyse technical solutions aimed at increasing the resilience of Ukraine’s energy system to
prevent blackouts and ensure reliable electricity supply to the population. The methods used include the analytical method,
classification method, functional method, statistical method, synthesis method, and others. The study analysed modern
technical solutions to improve the resilience of the Ukrainian energy system. The study included a detailed analysis of
innovative approaches to modernizing the energy infrastructure. The primary objective was to study and evaluate modern
technologies for designing new power lines with improved transmission characteristics. The study emphasized the
importance of expanding automation systems to effectively monitor and control the state of the power grid. The study also identified the importance of using energy storage, developing renewable energy sources and improving electricity
consumption forecasting systems. Flexible load management measures and improved cybersecurity systems were identified
as critical. It is noted that the implementation of the project to provide electricity to the conditional area will be a key step
in improving the lives of the local population and providing the necessary conditions for the development of the area’s
infrastructure and economy. In addition, the operation of generators for electricity supply will help to reduce the feeling
of lack of electricity among residents and ensure reliability in the use of electricity for all sectors of the district’s economy.
The overall conclusion is that the implementation of such technical solutions will significantly increase the resilience of
Ukraine’s energy system. The results obtained make it possible to effectively avoid blackouts and ensure a sustainable
electricity supply to the population. This allows energy companies, government agencies and other stakeholders to optimize
energy resource management and make informed decisions to ensure the sustainable and efficient operation of Ukraine’s
energy system in the face of a possible blackout risk
URI:
http://ir.lib.vntu.edu.ua//handle/123456789/41461