UDK 339.94 Международное кооперирование производства. Международное совместное производство. Интернационализация производства
The article presents the results of a study of the processes of ensuring energy security in the context of the expansion of the use of digital technologies in the global economy. Data on electric energy consumption by Google Corporation has been analyzed. Data on the consumption of electric energy for bitcoin mining by various countries of the world have been studied. The forecast values of mining capacities in the countries of the world by 2030 are presented. The features of ensuring energy security at the national and global levels in the context of the growing scale of the spread of digital services in the modern economy are determined. The patterns of growth in electric energy consumption in the context of increasing integration of artificial intelligence technologies into the modern economy have been revealed.
energy security, digitalization, mining, cryptocurrencies
1. Sedykh, V. A. 2024, ‘Ensuring the energy security of agricultural producers in the context of implementing the policy of food import substitution and increasing non-primary agricultural exports’, Russian Journal of Management, iss. 1, pp. 549–554.
2. Isaeva, P. G. 2023, ‘Sustainable energy supply is a key component in Russia's economic security system’, Journal of Applied Research, iss. 9, pp. 58–62.
3. Zagoruiko, T. N. 2022, ‘The concept of energy policy formation in the context of digitalization of the economy', Industrial Economy, vol. 4, iss. 1, pp. 312–318.
4. Kolganova, E. V. & Babiy, A. I. 2022, ‘Trust in the digital environment while ensuring the sustainability of the global and regional energy system’, Economics and entrepreneurship, iss. 10(147), pp. 329–333.
5. Zotova, A. S., Svetkina, I. A. & Gilmanova, D. R. 2020, 'Issues of ensuring economic and energy security in the Smart City system’, Bulletin of the University, iss. 8, pp. 5–12.
6. Loktionov, V. I. 2019, ‘Methodological justification for the development of a system of measures aimed at increasing the adaptability of the national energy system', National interests: priorities and security, vol. 15, iss. 7(376), pp. 1305–1323.
7. Zhilina, N. N. 2021, ‘The sectoral structure of the Russian oil and gas complex: transformational processes and trends’, Russian Journal of Management, vol. 9, iss. 3, pp. 26–30.
8. Trofimov, S. E. 2023, ‘State regulation of the oil and gas complex in the context of digitalization of the global economic system’, Management Sciences, vol. 13, iss. 1, pp. 71–82.
9. Dykusova, A. G. & Givchak, V. A. 2023, 'Digitalization of green energy in Russia', Economics and Entrepreneurship, iss. 4(153), pp. 185–188.
10. Solovenko, I. S. & Rozhkov, A. A. 2023, ‘The main stages of the digital transition in the fuel and energy complex of Russia (the turn of the XX–XXI centuries)’, Coal, iss. 10(1172), pp. 72–78.
11. Suglobov, A. E. & Karpovich, O. G. 2020, ‘Energy Diplomacy of Latin American countries’, Russian Journal of Management, vol. 8, iss. 2, pp. 81–85.
12. Krut, A. A. & Rodionov, A.V. 2024, ‘Russia in the global gas market: challenges and prospects (energy security issues)’, Bulletin of the Altai Academy of Economics and Law, iss. 4-2, pp. 246–251.
