Legal and economic aspects of Ukrainian enterprises activity at the European renewable energy market

  • Received March 24, 2017;
    Accepted April 18, 2017;
    Published June 2, 2017
  • Author(s)
    Sergiy Bilotskiy , Nicole Danylova , Olena Grinenko ,
    Oleksandra Karmaza
    ORCID , Daria Koucherets
  • DOI
    http://dx.doi.org/10.21511/imfi.14(2).2017.07
  • Article Info
    Volume 14 2017, Issue #2, pp. 71-78
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    5 articles
  • 1118 Views
  • 531 Downloads

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This work is licensed under a Creative Commons Attribution 4.0 International License

The article deals with a current trend of the global energy market, which is characterized by rising tension in relations between the performers of the energy market regulation mechanisms, and it leads to the emergence of alternative energy sources. The article is called to identify the causes of renewable energy markets nascence, to make comparative description of Ukrainian and European Renewable Energy Markets attractiveness, and to characterize the state policy change in a renewable energy market. Different interpretation of nature and classification of the field of renewable energy in foreign and Ukrainian approaches shows the problem of legal criteria of renewable energy markets regulation. It is proved the existence of double barrier penetration of the European market for renewable energy for Ukrainian companies, which includes compliance with the accepted EU Directives and compliance with the Rules of each member individually. The presence of clearly defined standards and certificates of quality for the European market allows producers to show the competitiveness of Ukrainian products in the international market and stimulate Ukrainian manufacturers. The presence of clearly formulated laws, stable and balanced political and legal environment of the EU allows Ukrainian producers of renewable energy to develop such a strategy that considers the time factor, as the primary parameter of competitiveness in international business. The market of solid biofuels in EU is under formation, its development timeframe and uncertainty of environmental risks becoming is especially important for Ukrainian producers.

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    • Figure 1. Average oil price ($ per barrel) (Index Mundi, 2014)
    • Alekseenko, S. (2013). Nanochasti si prinesut mnoho polzy. Elektroenerhetika: sehodnia i zavtra – Electricity: today and tomorrow, 5, 18-25.
    • Andreev, E. I. (2004). Osnovy estestvennoi enerhetiki. Saint-Petersburg: Nevskaia Zhemchuzhina.
    • Baader, B. (1982). Biohaz. Teoriia i praktika. Moscow: Colossus.
    • Bashun, A. (2012). Katehoriia alternativnykh dzherel enerhii v mizhnarodnomu pravi 21 stolittia, 93-100.
    • Bilotskyi, S. D. (2012). Rol mizhnarodnoho prava u rozvytku ekolohichnoi alternatyvy sychasnii enerhetitsi. Proceedings from the collection materials of International Scientific Conference ’12: Mizhnarodna naukova konferentsiia “Rol mizhnarodnoho prava u rozvytku ekolohichnoi alternatyvy sychasnii enerhetitsi” – International Scientific Conference “The role of international law in the development of environmental alternative to modern energy”, Kyiv:“Fenix”, 130-131.
    • Borodina, A. (2008). Vidnovliuvana enerhetika – perspektyvy dlia silskoho hospodarstva. Propoziziia – Offer, 10, 90-94.
    • Dana, Meachen Rau. (2010). Alternative Energy: Beyond Fossil Fuels. Mankato, MN: Compass Point Books.
    • Danilova, N. V. (2012). International strategic economic partnership between Ukraine and EU on renewable energy market: the nature and direction. Foreign trade, economics, finance, law, 4, 57-60.
    • Dunn, A. (2000). Photovoltaics – Hong-Kong’s renewable energy source. Hong Kong Papers in Design – Volume One.
    • Heiets, V. M., & Hrytsenko, A. A. (2013). Vyhid z kryzy (rozdumy nad aktualnym y zviazku z prochytanym). Ekonomika Ukrainy – Economy of Ukraine, 6, 4-19.
    • Danilova, N. V. (2016). The Strategies Of Ukrainian Companies For Entering The EU Solid Biofuels Market (Doctoral dissertation). Retrieved from Dissertations and Theses. (Accession Order DK No. 035553).
    • Hnieushev, V. (2002). Torhovi resursy v Ukraini i shliakhy ikh vykorystannia. Alternatyvni ta vidnovliuvani dzherela – Alternative and Renewable Energy, 22-27.
    • Index Mundi. indexmundi.com. Retrieved from http://www. indexmundi.com/commodities/? commodity=crude-oil-brent&months = 360
    • Gökgöz, F., Filiz, F. (2016). Electricity price forecasting in Turkey with artificial neural network models. Investment Management and Financial Innovations, 13(3), 150-158.
    • Kaltschmitt, Martin, Streicher, Wolfgang, & Wiese, Andreas. (2007). Technology, Economics and Environment. Berlin: Springer- Verlag Berlin Heidelberg.
    • Khmelnytsky, L. (2010). Renewable energy sources usage as mechanism for overcoming disparities in macroeconomic development. Renewable Energy Problems, 3, 25-34.
    • Sanner, B. (2012). EU sustainable energy week. Energy – EGEC.
    • Top 10 Renewable Energy Sources. listverse.com.
    • Wayne, W. Fish, Benny, D. Bruton, & Vincent M. Russo. (2012). Watermelon juice: a promising feedstock supplement, diluent, and nitrogen supplement for ethanol biofuel production. Biotechnology for Biofuels. The Article is a work of the United States Government – 24, Aug 2009.
    • Ukraina zoboviazalasia otrymaty 11% enerhii z vidnovliuvanykh dzherel do 2020. ua-energy.org.
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