European Tendencies of Innovative Development for Energy Sector and Final Energy Consumption

Denysiuk, Serhii; Strelkova, Halyna Heorhiivna; Pfeiffer, Carlos F.; Strelkov, Myroslav Trokhymovych; Ishchenko, O.S.

doi:10.20535/1813-5420.2.2018.147283

Cited by 2 publications

(1 citation statement)

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“…Після прийняття Європейською комісією Інтегрованого Стратегічного плану енергетичних технологій до науково-дослідної та інноваційної діяльності починає застосовуватися більш комплексний і системний підхід, що передбачає не так зосередження на конкретній технології, як розгляд енергетичної системи загалом [16]. Так, у 2017 році на базі Європейської технологічної платформи для Smart Grid створюється Європейська технологічна та інноваційна платформа SNET (Smart Networks for Energy Transition), яка залучає ще ширше коло стейкголдерів, заінтересованих у енергетичній трансформації, зокрема провайдерів технологій акумулювання енергії, гнучкої теплової генерації, підприємств газових і теплових мереж, транспортного сектору.…”

Section: аналіз досвіду єс у плануванні розвитку систем розподілу електричної енергіїunclassified

Model of Information Platform for Electricity Distribution Systems Planning

Chernetska¹,

Zamulko²

2021

KPI SN

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Background. Implementation of the Smart Grid concept in Ukraine is under consideration, and it should become an integral part of the electricity distribution systems planning. One of the outstanding issues is exchanging the information on the distribution systems development between all stakeholders using modern information and communication solutions. Objective. The purpose of the research is to develop a generalized model of information platform for electricity distribution system planning and expansion of Smart Grid technologies in the energy system of Ukraine. Methods. The experience of the European Union (EU) in electricity distribution system planning, and specifically, the organization of interaction between stakeholders was analyzed. With the help of a system approach, the requirements of the existing in Ukraine laws and regulations on electricity distribution system planning were investigated. The model structure of the proposed information platform was formalized by the graphical tools of the unified modeling language (UML). Results. It is determined that the EU organizes the information exchange for the purposes of electricity distribution system planning, using different tools in parallel: specialized institutions for communication of stakeholders; cooperation of energy regulators; reports of scientific institutions about Smart Grid project implementation; information technology platforms for modeling the electricity distribution system in cooperation with its users. The existing in Ukraine scheme of interaction between all actors directly or indirectly involved in electricity distribution system planning was investigated; it was proposed to develop an information technology platform “Ukrainian Smart Energy – USE” to eliminate the identified negative aspects of information exchange between the actors. The generalized structure of the USE platform was formalized using a UML class diagram; it shows the content of data available for viewing and required for publication by different classes of the platform users, depending on their functions. Conclusions. The proposed model of information platform USE is the basis for further investigations directed to develop an appropriate information technology platform.

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Section: аналіз досвіду єс у плануванні розвитку систем розподілу електричної енергіїunclassified

Model of Information Platform for Electricity Distribution Systems Planning

Chernetska¹,

Zamulko²

2021

KPI SN

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Ensuring the Economic Competitiveness of Small Green Energy Projects

Sotnyk¹,

Matsenko²,

Popov³

et al. 2021

Meh. regul. ekon.

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Small green energy projects are considered an important tool to help poor people achieve sustainable development goals. However, green projects' economic results do not always compete with the traditional energy business. The main reason is the imperfection of the existing renewable energy technologies and the comparatively high energy generation cost with their help. The example of Ukraine, which significantly depends on fossil fuel import and develops renewable energy with state support, shows that green energy competitiveness problems exist within the overall energy market, i.e., convenient energy technologies. The key barriers to increasing the competitiveness of small green energy projects are the lack of available financial resources, the inconsistency of state energy policy, energy pricing gaps, etc. These factors significantly inhibit the spread of green energy technologies in the domestic economy. The competitiveness assessment of the renewable energy business model on the example of a private rooftop solar photovoltaic power plant has proved that green energy generation is available to every household and small business owner and is economically profitable due to existing government support mechanisms. Today, there is no competition in the Ukrainian renewable energy market, so creating a business in this field is relevant. In the long run, competitive green energy projects will provide reasonable electricity prices for consumers and profits for energy producers and stimulate the energy sector's decarbonization. Further directions for improving public policy in the green energy industry are continuing energy pricing reforms, expanding energy efficiency programs focusing on demand management, creating new jobs, and increasing investment in renewable energy sources to ensure energy security and greenhouse gas emission reduction.

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European Tendencies of Innovative Development for Energy Sector and Final Energy Consumption

Cited by 2 publications

References 1 publication

Model of Information Platform for Electricity Distribution Systems Planning

Model of Information Platform for Electricity Distribution Systems Planning

Ensuring the Economic Competitiveness of Small Green Energy Projects

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