Abstract:This article examines the problems of integration of large-scale power systems in the context of structural challenges. There are several variants for spatial development of the Russian energy system in the Eurasian region. The first variant is based on the infrastructure of the EEU member countries, which has been undergoing relatively active work on creating common approaches and bringing together long-term energy concepts. The second variant is build upon the infrastructure of other states that are members of the CIS. The third variant is represented by a scope of options and depends both on global trends and regional geopolitical forces.
The paper gives a comprehensive and clear idea that the driving factors in enhancing cross-border electricity flows correlate with issues of energy security and sustainable development. The authors propose a systematic approach towards the development of integration processes that could be used for practical and educational purposes. The integration of power systems is also triggered by the creation of the common electricity market within the framework of transitional economies, as well as optimization of the regional fuel and energy balance.
Публикация научных статей по экономике в журналах РИНЦ, ВАК (высокий импакт-фактор). Срок публикации - от 1 месяца.
creativeconomy.ru Москва + 7 495 648 6241
References:Antweiler W. (2016). Cross-border trade in electricity Journal of International Economics. (101). 42-51.
Borovskiy Yu., Trachuk K. (2015). Issledovaniya energetiki v teorii mezhdunarodnyh otnosheniy [Energy studies in the theory of international relations]. International trends. 13 (43). 86-98. (in Russian).
Brown D., Eckert A., Eckert H. (2017). Electricity markets in transition: Market distortions associated with retail price controls Electricity Journal. (30). 32-37.
Bushuev V.V. (2014). Resursno-innovatsionnaya strategiya razvitiya ekonomki Rossii [The resource-innovative strategy of development of Russian economy]. Vestnik Rossiyskoy akademii nauk. 84 (10). 867. (in Russian).
Dagoumas A., Koltsaklis N., Panapakidis I. (2017). An integrated model for risk management in electricity trade Energy. (124). 350-363.
Hogan W.W. (2018). A Primer on Transmission Benefits and Cost Allocation Energy and Environment. (1). 25-45.
Marchenko O.V., Podkovalnikov S.V., Savelev V.A., Solomin S.V., Chudinova L.Yu. (2018). Rossiya v evraziyskoy elektroenergeticheskoy integratsii [RUSSIA IN EURASIAN ELECTRIC POWER INTEGRATION (World Economy and International Relations]. World Economy and International Relations. 62 (6). 18-29. (in Russian).
Moran D., Russell J. (2016). Maritime Strategy and Global Order: Markets, Resources, Security Washington D.C.: Georgetown University Press.
Mustafinov R.K. (2017). Nekotorye vneshneekonomicheskie osobennosti razvitiya elektroenergeticheskogo kompleksa Rossii [Some aspects of the Russian power industry development: external economic features]. Russian Journal of Innovation Economics. 7 (4). 307-322. (in Russian).
Nyman J. (2018). Rethinking energy, climate and security: a critical analysis of energy security in the US Journal of International Relations and Development. (1). 118-145.
Olmos L., Rivier M., Pérez-Arriaga I. (2018). Transmission expansion benefits: The key to redesigning the regulation of electricity transmission in a regional context Energy and Environment. (1). 47-62.
Salygin V.I., Guliev I.A., Mustafinov R.K. (2018). Transformatsiya investitsionnyh politik stran OESR v oblasti innovatsiy: elektroenergeticheskaya otrasl [Transformation of Investment Policies of OECD Countries in the Field of Innovations: Electric Power Industry]. Financial business. (3(194)). 54-61. (in Russian).
Shvets N.N. (2016). Ekonomika elektrosetevogo kompleksa [Economy of the electric grid complex] Moscow: Moskovskiy gosudarstvennyy institut mezhdunarodnyh otnosheniy (universitet) Ministerstva inostrannyh del Rossiyskoy Federatsii. (in Russian).
Shvets N.N., Belyakova M.Yu. (2015). Osnovnye printsipy funktsionirovaniya sistemy administrativnogo litsenzirovaniya v neftegazovom komplekse Norvegii [The Main Principles of Adminisrative Licensing in Oil and Gas Sector of Norway]. Vestnik of MGIMO University. (1(40)). 176-182. (in Russian).
Voropay N.I. (2018). Zadachi obosnovaniya razvitiya aktivnyh sistem elektrosnabzheniya [Tasks for the development of active systems of power supply]. Promyshlennaya energetika. (1). 2-6. (in Russian).
База статистических данныхМинистерство Энергетики Российской Федераци. (in Russian). Retrieved from https://minenergo.gov.ru/node/1026