POWER CRISIS OR THE FUTURE OF ALTERNATIVE POWER ENGINEERING?
DOI:
https://doi.org/10.15673/0453-8307.4/2014.28048Keywords:
energy crisis, global power security, wind power, solar power, the revolutionary power technologies, the economic feasibilityAbstract
The paper addresses the most acute issues of present-day power engineering prospects. Nowadays the interrelation between global economic crisis and power engineering is entirely justified. Reserves of hydrocarbon fuels in the world are depleted, and their prices are rising every year. The investments of the developed countries governments into the renewable power are increasing. However, is it able to change the actual situation in the world and to help the global economy to overcome the crisis? But is it enough for this purpose the achievements of up-to-date scientific and technical progress?
References
REFERENCES
S. Z. Zhiznin. Energetica v sovremennom mire i mezhdunarodnaya energeticheskaya politica. – Baltiyskiy region, Issue 3, Kalinyngrad, 2010;
renewableenergyworld.com – Renewable Energy News and Information;
desertec.org – The DESERTEC Foundation Page;
V. Koltashov, L. Bychkova, G. Minakov, B. Kagarlitskiy, V. Paulman, A. Ochkina. Energeticheskaya revoliutsiya: problem I perspectivy mirovoy I globalnoi energetiki. – IGSO, Moskva, 2014;
D. Lyubas. Vetroenergetika Ukrainy: Potentsial I perspectivy razvitiya. – Electrik, 7-8, Kiev, 2013;
A. Simonov, D. Lyubas. Solnechnaya energetica Ukrainy. - Electrik, 1-2, Kiev, 2013;
Breyer, C. and J. Schmid (2010b), “Population Density and Area Weighted Solar Irradiation: Global Overview on Solar Resource Conditions for Fixed Tilted, One-Axis and Two-Axis PV”, paper presented at 25th EU PVSEC/WCPEC-5, Valencia, Spain, 6-10 September;
Fthenakis, V., J. Mason and K. Zweibel (2009), “The Technical, Geographical, and Economic Feasibility for Solar Energy to Supply the Energy Needs of the US”, Energy Policy, Vol. 37, N° 2, Elsevier, Amsterdam, pp. 387-399;
International Energy Agency Renewable Energy Working Party (IEA/REWP): Catching Up: Priorities for Augmented Renewable Energy R&D;
Gerhard Faninger. Economic Perspectives of Renewable Energy Systems. / Energy Economics Group (EEG), Institute of the Energy Systems and Electric Drives, Vienna, University of Technology, Lecture 2011/2012.
www.cia.gov – Central Intelligence Agency
Пристатейна бібліографія
С. З. Жизнин. Энергетика в современном мире и международная энергетическая политика. – Балтийский регион, Выпуск 3, Калининград, 2010;
renewableenergyworld.com – Renewable Energy News and Information;
desertec.org – The DESERTEC Foundation Page;
В. Колташов, Л. Бычкова, Г. Минаков, Б. Кагарлицкий, В. Паульман, А. Очкина. Энергетическая революция: проблемы и перспективы мировой и глобальной энергетики. – ИГСО, Москва, 2014;
Д. Любас. Ветроэнергетика Украины: потенциал и перспективы развития. – Электрик, 7-8, Киев, 2013;
А. Симонов, Д. Любас. Солнечная энергетика Украины.- Электрик, 1-2, Киев, 2013.
Breyer, C. and J. Schmid (2010b), “Population Density and Area Weighted Solar Irradiation: Global Overview on Solar Resource Conditions for Fixed Tilted, One-Axis and Two-Axis PV”, paper presented at 25th EU PVSEC/WCPEC-5, Valencia, Spain, 6-10 September;
Fthenakis, V., J. Mason and K. Zweibel (2009), “The Technical, Geographical, and Economic Feasibility for Solar Energy to Supply the Energy Needs of the US”, Energy Policy, Vol. 37, N° 2, Elsevier, Amsterdam, pp. 387-399;
International Energy Agency Renewable Energy Working Party (IEA/REWP): Catching Up: Priorities for Augmented Renewable Energy R&D;
Gerhard Faninger. Economic Perspectives of Renewable Energy Systems. / Energy Economics Group (EEG), Institute of the Energy Systems and Electric Drives, Vienna, University of Technology, Lecture 2011/2012.
www.cia.gov – Central Intelligence Agency
