Evolution of Tariff Government Regulation in Energy and Communal Markets on the Basis of Smart Regulation System
https://doi.org/10.22394/1726-1139-2021-6-148-157
Abstract
The Aim. Analysis of effects according to digital pricing system advent in energy and communal sphere in Russia as a part of new industrial revolution.
Purpose of a research. Review of a current world trends on energy markets, determination of ways and instruments for tariff regulation digital development on the energy and communal markets, definition of possible results from complex digitalization of tariff regulation system.
Methodology of a research. During research of this article were widely applied instruments of complex theoretical analysis, cause-effect relations were tested between theoretical hypothesis and practical realization of digital tariff regulation models.
Result of a research. By the author were written and systematic defined concept of pricing digitalization system on the Russian energy and communal markets according to analysis of main world trends in this economic sphere. The term of digital platform of tariff regulation was developed.
Output. Digitalization of tariff regulation could develop premises for deregulation of energy and communal spheres in Russia enable the competence development and lower the entrance barriers for new market players what can lead to higher innovation and investment level recruited in these important markets.
About the Author
N. V. PopovRussian Federation
Nikolai V. Popov, Graduate Student of St. Petersburg State University, General Director of LLC LSR. Energo.
St. Petersburg
References
1. Amatova N. E. Social consequences of the introduction of NBIC technologies: risks and expectations // Universum: social sciences [Universum: obshchestvennye nauki]. 2014. No. 8(9). P. 3. (In rus).
2. Glazyev S. Yu. Opportunities and restrictions on the socio-economic development of Russia in the conditions of structural changes in the world economy (report) / Department of Social Sciences of the Russian Academy of Sciences, National Development Institute. M., 2008. (In rus).
3. Dezhina I., Kiseleva V. “Triple spiral” in the innovative system of Russia // Economic issues [Voprosy ekonomiki]. 2007. No. 12. P. 123–135. (In rus).
4. Dosi G., Nelson R. Introduction to Evolutionary Economic Theory // Chrestomathy on Evolutionary Economic Theory. V. 1 / comp. Makasheva N. A., Kyunzel S. V., Ponomarev A. E. M.: HSE, 2005. P. 65–87. (In rus).
5. Egorov E. G., Beketov N. V. Scientific and innovative system of the region: structure, functions, development prospects. М.: Academia, 2002. (In rus).
6. Ivanova N. National innovation systems // Economic issues [Voprosy ekonomiki]. 2001. No. 7. P. 55–59. (In rus).
7. Kuhn T. Structure of scientific revolutions. M.: Progress, 1977. (In rus).
8. Lvov D. S ., Glazyev S. Yu. Theoretical and applied aspects of STP management // Economics and mathematical methods [Ekonomika i matematicheskie metody]. 1986. No. 15. P. 793–804. (In rus).
9. Nelson R., Winter S. Evolutionary theory of economic change: translation from English. M.: Delo, 2002. (In rus).
10. Novikova E. S., Sigarev A. V. On digital platforms in modern economics // Entrepreneur’s Guide [Putevoditel’ predprinimatelya]. 2018. No. 40. P. 204–211. (In rus).
11. Perez C. Technological revolutions and financial capital. Dynamics of bubbles and periods of prosperity / translation from English F. V. Mayevsky. M.: Delo, 2011. (In rus).
12. Polterovich V. M. Transplantation of economic institutions // Economic science of modern Russia [Ekonomicheskaya nauka sovremennoi Rossii]. 2001. No. 3. P. 24–50. (In rus).
13. Pride V., Medvedev D. A . Phenomenon of NBIC-convergence. Reality and Expectations // Philosophical Sciences [Filosofskie nauki]. 2008. No. 1. P. 97–116. (In rus).
14. Skorobogatov A. S. Institutional economics: course of lectures. St. Petersburg: HSE, 2006. (In rus).
15. Tugan-Baranovsky M. I. Periodic industrial crises. 4th ed. M., 1913. (In rus).
16. Schwab K. The Fourth Industrial Revolution: translate from English M.: Publishing House “E”, 2017. (In rus).
17. Schumpeter J. A. Theory of Economic Development. M.: Progress, 1982. (In rus).
18. Eggertsson T. Economic behavior and institutions. M.: Delo, 2000. (In rus).
19. Yudina T. N., Geliskhanov I. Z. “Data Economics”: Big Data, Digital Platforms and Digital Rent // Proceedings of a Scientific and Practical Conference with International Participation, St. Peter-sburg, May 17-21, 2018 / edited by A. V . Babkin. St. Petersburg Polytechnic University Peter the Great, 2018. P. 218–226. (In rus).
20. Yakovets Yu. V. Heritage N. D. Kondratiev: a look from the 21st century. M.: IFC, 2001. (In rus).
21. Digital Governance: New Technologies for Improving Public Service and Participation // Michael E. Milakovich, 2011
22. Digital illusions // Harvard business review Russia / Kirill Tuishev. 2018. No. 7. P. 55−60.
23. Global energy and materials. How digitalization will help Germany’s energy sector for the fu-ture // McKinsey Business reporter / Jörn Kupferschmidt, Sebastian Overlack, Bastian Schröter, and Alexander Weiss. 2018. No. 5. P. 1–20.
24. How Russia can build its innovative economy // Vestnik McKinsey / Vitaly Klintsov, Elena Kuznetsova, Vladimir Chernyavsky. 2010. No. 21.
25. Machine, Platform, Crowd: Harnessing Our Digital Future // MIT Digital / Andrew McAfee and Erik Brynjolfsson, 2017.
26. No Ordinary Disruption: The Four Global Forces Breaking All the Trends // McKinsey Global Institute / Richard Dobbs, Dr. James Manyika and Dr. Jonathan Woetzel, 2018.
27. Platform revolution // MIT IDE Research with MIT Media Labs’ / Geoffrey Parker, Marshall Van Alstyne, Sangeet Choudary, 2016.
Review
For citations:
Popov N.V. Evolution of Tariff Government Regulation in Energy and Communal Markets on the Basis of Smart Regulation System. Administrative Consulting. 2021;(6):148-157. (In Russ.) https://doi.org/10.22394/1726-1139-2021-6-148-157


































