

Expert assessment of the state of fuel-energy and renewable resources in the world
https://doi.org/10.15518/isjaee.2024.08.046-058
Abstract
The relevance of the researcis due to the need for an expert assessment of the state of fuel, energy and renewable resources in the world, especially sources of renewable or generated energy. This is due to the existence of human society in a unique and interconnected world, in which the most serious energy, environmental and socio-economic problems occur on a global scale associated with scientific and technological progress, and energy development in general.
Research methods: Research methodology includes analysis of scientific and methodological publications, articles in scientific publications, and Internet resources. To analyze theoretical data, methods of registration, submission, grouping, classification, comparative analysis and synthesis of scientific materials were used.
About the Authors
M. P. LyabinRussian Federation
Mikhail P. Liabin – PhD in Chemistry, associate professor, Entrance control engineer, Technical Control Department, Quality Service.
400075, Volgograd, Istoricheskaya St., 181
V. V. Novochadov
Russian Federation
Valery V. Novochadov - Doctor of Medical Sciences, Professor, Professor of the Department of Biology and Bioengineering, Institute of Natural Sciences.
400062, Volgograd, Universitetsky Avenue, 100
I. V. Lavnikova
Russian Federation
Irina V. Lavnikova – Candidate of Technical Sciences, Associate professor. Associate Professor of the Department of General and Inorganic Chemistry, Faculty of Chemistry and Technology.
400005, Volgograd, V. I. Lenin Avenue, 28
References
1. Agency for Strategic Initiatives (2016) National Technology Initiative. Access mode: https://asi.ru/nti/ (access date: 08/05/2016).
2. Azimov A. (2014) Mysteries of the universe. Known and unknown facts. – M.: Tsentrpoligraf. Andreenko et al. (2015). Atlas of renewable energy resources in Russia: scientific. edition. M.: RKhTU im. DI. Mendeleev.
3. Bashmakov I. A. (2013) Key recommendations: increasing energy efficiency in Russian industry. – M.: Center for the Efficient Use of Energy (CENEF).
4. Vishnevsky A., Andreev E. (2014). By 2030, the population of Russia may grow to 150 million people. National Research University Higher School of Economics. Access mode: https://iq.hse.ru/news/177666200.html (access date: 07/22/2016). VNIIKP (2010)
5. Solar energy in Russia: prospects and development problems. Access mode: http://gisee.ru/articles/solar-energy/24510/ (access date: 12/21/2016). Gokhberg L. M. (2016).
6. Black ice. Access mode: http://www.green-peace.org/russia/ru/campaigns/protect-the-arctic/Black-ice–Russian-oil-spill-disaster/ (accessed 07/22/2016).
7. Ivanov I. V., Ermolenko B. V. (2015) Ecological and economic problems of heat supply to urban areas and some approaches to increasing the efficiency of their solution at the investment justification stage // Advances in chemistry and chemical technology. – T. XXIX. – No. 8. – pp. 128-132.
8. Cluster of nuclear physics and nanotechnology in Dubna (2013) Superconductivity technologies. Access mode: http://dubna-cluster.ru/areas/superconductivity/ (date of access: 07/22/2016).
9. Konkin D. A. (2014) Sustainable development of energy companies in conditions of uncertainty and risk // Economics and management of innovative technologies. No. 2. Access mode: http://ekonomika.snauka.ru/2014/02/3874 (date of access: November 13, 2015).
10. Kuvshinova O., Prokopenko A., Sterkin F. (2016). Russia faces 15 years of stagnation if there are no reforms and oil prices do not rise // Vedomosti. 02/15/2016. Access mode: https://www.vedomosti.ru/economics/articles/2016/02/15/629411-15-let-zastoya (date of access: 07/22/2016).
11. Ministry of Energy of Russia (2015a) Energy Strategy of Russia for the period up to 2035. Draft document as amended on September 30, 2015.
12. Ministry of Energy of Russia (2015) A meeting of the working group on the implementation of smart energy systems was held at the Ministry of Energy of Russia. 06/24/2015. Access mode: http://minenergo.gov.ru/node/2460 (date of access: 07.28.2016).
13. Ministry of Energy of Russia (2015c) General scheme for the development of the Russian oil industry until 2035.
14. Pantskhava E. S., Berengarten M. T., Vanshtein S. I. (2008). Biogas technologies. Problems of ecology, energy, agricultural production. M.: MGUIE, JSC «Ekoros».
15. Petrova I. T., Ali-Zadeh T. K. (2014). The solid waste management industry in the focus of PPP: a general view and institutional Russian features // Economics and modern management: theory and practice. – No. 41, pp. 41-58.
16. Podolsky Yu. V., Prishchepa O. M. (2007). Oil and gas potential of Russia. Current state, development prospects // Oil and Gas Geology. Theory and practice. – No. 2. – Рр. 1-23.
17. Russian Atomic Community (2012). Innovative nuclear systems of the fourth generation. 06/22/2012. Access mode: http://www.atomic-energy.ru/technology/34307 (date of access: 07.26.2016).
18. Ryabov B. A. (2015) National Technology Initiative: EnergyNet Market Roadmap. – M.: strategic initiatives, RVC. Access mode: http://studydoc.ru/doc/4983382/2015-07-17-prezAgencyentaciya-energy-net-k-mrg (access date: 12/21/2016).
19. Gemma Herranz, Gloria P. Rodriguez. Uses of Concentrated Solar Energy in Materials Science. – Spain: INTECH, 2010. ISBN 978-953-307-052-0, 399 p. 2.
20. Vissarionov V. I., Deriugina G. V., Kuznetsov V. A., Malinin N. K. Solar energy. Textbook for high schools. – Moscow: Publishing House MEI. 2008., 320 p.
21. Miroshnichenko L. I. Physics of the Sun and solar-terrestrial relations. Tutorial. Moscow: University Book, 2011. ISBN 978-5-91304-191-3. – 174 p.
22. O. A. Surzhikova, B. V. Lukutin Renewable energy sources / O. A. Surzhikova, B. V. Lukutin. – M.: LAP Lambert Academic Publishing, 2022. – 80 p.
23. Oleg Marchenko, Sergey Solomin. Renewable energy sources for autonomous power systems / Oleg Marchenko, Sergey Solomin. – M.: LAP Lambert Academic Publishing, 2022. – 92 p.
24. Chemekov, Vyacheslav Autonomous heat supply based on renewable energy sources / Vyacheslav Chemekov. – M.: LAP Lambert Academic Publishing, 2021. – 148 p.
25. Prospects for the development and application of alternative energy sources. [Electronic resource]. – URL: https://promdevelop.ru/perspektivnostrazvitiya-i-primeneniya-alternativnyh-istochnikov-energii/ (accessed March 27, 2018).
26. Alternative energy in Russia. [Electronic resource]. – URL: http://ecseducation.ru/stati/alternativnaya-energetika-v-rossii.html (accessed March 27, 2018).
27. Alternative energy sources in Russia: modern realities and development potential. [Electronic resource]. – URL: http://www.energya.by/alternativnyie-istochniki-energii-v-rossii-sushhestvuyushhierealii-i-potentsial-razvitiya/ (accessed March 27, 2018).
28. IRENA (2023) Renewable Energy Statistics, 2023. Abu Dhabi, 2023.
29. IRENA (2022) Renewable Power Generation Costs. 2022. Abu Dhabi, 2022.
30. https://intosairussia.org/images/reports/IRENA_CPI_Global_RE_finance_2023.pdf
31. https://www.irena.org/
32. https://www.un.org/ru/climatechange/raising-ambition/renewable-energy
33. http://government.ru/rugovclassifier/565/events/
34. https://www.eprussia.ru/epr/
35. https://news.writecaliber.com/oil-gas-united-arab-emirates-irena-in-abu-dhabi-installed-renewable-capacity-must-triple-every-year-globally-until-2030/
Review
For citations:
Lyabin M.P., Novochadov V.V., Lavnikova I.V. Expert assessment of the state of fuel-energy and renewable resources in the world. Alternative Energy and Ecology (ISJAEE). 2024;(8):46-58. (In Russ.) https://doi.org/10.15518/isjaee.2024.08.046-058