Energy Sources Selection for Industrial Enterprise Combined Power Supply System

Veremiichuk, Yurii; Yarmoliuk, Olena; Prytyskach, Ivan Vasylovych; Opryshko, Vitalii

doi:10.1109/ess.2019.8764188

Cited by 6 publications

(2 citation statements)

References 8 publications

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“…У зв'язку з цим ключовим пунктом для досягнення стійких енергетичних систем є звернення уваги на роль системи, в якій різні енергоносії взаємодіють оптимально та на різних рівнях Оптимальна продуктивність багатоенергетичних систем може призвести до технічних, економічних та екологічних переваг, таких як підвищення надійності системи, зниження експлуатаційних витрат, споживання палива та викидів шкідливих речовин. Однак для успішної роботи цих систем необхідна інтегрована система управління, яка може оптимально керувати різними компонентами системи [21, 22,23].…”

Section: матеріал і результати дослідженьunclassified

Integrated Energy Supply System With the Use of Ventilation Systems

Stepanenko¹,

Veremiichuk²

2020

ENERHETYKA: ekonomika, tekhnolohiyi, ekolohiya

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The implementation of an integrated energy supply system is an effective way to increase energy efficiency, reduce CO2 emissions and increase the use of renewable energy, as well as provide opportunities for energy production, conversion and storage in interconnected infrastructures for energy system operators and consumers. Also, increasing the level of energy efficiency of the energy supply system is one of the important strategies to slow down the growth of demand and mitigate the negative impact on health, the economy and the environment. The article considers the integrated use of energy, the introduction of energy hubs as part of future energy networks and proposes a schematic diagram of an integrated energy supply system. The article presents the results of modeling and computational experiment of ventilation and air conditioning systems in the integrated power supply system, taking into account the technical and operational characteristics of SES, regulatory and technical documents and building codes. According to the results of the study, it is established that the schedule of SES generation and the schedule of electricity consumption by ventilation and air conditioning systems are similar, which leads to a reduction in operating costs and a reduction in the load on the building's power supply system. The scientific substantiation of the integration of the energy storage system into the energy supply structure has been further developed, which will ensure the reliability of the power supply and the efficiency of the solar power plant.

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Section: матеріал і результати дослідженьunclassified

Integrated Energy Supply System With the Use of Ventilation Systems

Stepanenko¹,

Veremiichuk²

2020

ENERHETYKA: ekonomika, tekhnolohiyi, ekolohiya

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“…Yu.A. Veremiychuk et al (2020) emphasise the significance of developing intelligent energy management systems and their implementation in construction and industry to ensure more efficient use of energy resources and reduce energy consumption. This enhances energy efficiency and competitiveness of enterprises, reduces environmental impact, and promotes sustainable development.…”

Section: Introductionmentioning

confidence: 99%

Optimisation of energy solutions: Alternative energy, reactive power compensation, and energy efficiency management

Bandura,

Romaniuk,

Komenda

et al. 2023

Tehnìka ta energetika

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The relevance of the problem under study is determined by the need to create a sustainable, efficient and environmentally safe energy complex. The growth of the world population, industrial development, and overall energy demand endanger the provision of society’s energy needs, making the need for research urgent at the present time. The purpose of the study is to examine optimal energy optimisation strategies, including alternative energy, compensation of reactive power, and energy efficiency management, to ensure the stable and efficient functioning of the energy complex. Among the methods used, analytical, classification, functional, statistical, and synthesis methods were applied. In investigating the optimisation of energy solutions, a thorough analysis of various aspects of alternative energy, reactive power compensation, and energy efficiency management was conducted. This analysis encompassed various aspects and parameters related to these areas, including technical, economic, and environmental indicators. As a result of the study, it was established that alternative energy has significant potential for ensuring sustainable development of the energy system. It can serve as a reliable source of energy that does not harm the environment and is not dependent on limited resources. In addition, reactive power compensation was recognised as an effective way to avoid energy losses in the system. This strategy helps to ensure more efficient energy use and reduce losses during transmission and distribution. Energy efficiency management also proved to be a key aspect in achieving energy supply sustainability. This allows optimising resource utilisation, reducing energy costs, and mitigating the negative impact on the environment. The practical value of the study lies in the development of innovative recommendations and strategies for energy optimisation, which will contribute to the creation of a stable, efficient, and environmentally safe energy complex and enhance its compliance with current and future challenges, making a considerable contribution to the development of science and the energy sector

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