DOI: https://doi.org/10.15587/1729-4061.2016.72547

Usage of solar and wind energy for hot water supply of country (cottage) house in natural conditions of absheron

Firuza Aziz Salmanova, Parviz Fikri Rzayev, Igor Mevlud Yusupov, Ismail Elshen Velizade

Abstract


The calculations show that it is becoming possible to generate the powers of wind device and solar water heater approximately up to 4 kVt due to the use of the offered system SWH+WED.

Using the developed system for the purposes makes possible, first, to improve the ecological situation in the region for the summer period and secondly, to reduce fuel  and electric energy consumption  used in the region standard conditions.

Usage of solar and wind energy may save fuel, heavy fuel oil and electric power up to the average 15–20 % percent  in natural conditions of Absheron. These data were found by us on analyses of common records from statistics of corresponding departments and institutes.

The authors have offered and build practically for the first time the SWH + WED system considered for heating the country (cottage) houses in native conditions of Absheron where solar radiation intensity and wind speed are approximately 500–600 Vt/m2 7–10 m/sec. respectively in the studied period of the year.

It may use the developed system effectively for the hot water supply to the residents of this Region.

To our opinion, that  may save heavy fuel oil and electric power up to 30–35 % percent taking into account negative data of the departments corresponding.


Keywords


solar panel; wind electric unit; solar radiation; wind velocity

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References


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Rzaev, P. F., Salmanova, F. A., Movsumov, E. N. (2005). Solar cadastre and ITS practical use. Proceedings of the eighth Baku International Congress ‘Energy, Ecology, Economy’, 99–100.

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GOST Style Citations


Beckman, W. A. The calculation of solar heating system [Text] / W. A. Beckman, S. A. Klein, D. S. Duffy. – Moscow: "Energoizdat", 1982. – 250 p.

Rzaev, P. F. Solar cadastre and ITS practical use [Text] / P. F. Rzaev, F. A. Salmanova, E. N. Movsumov // Proceedings of the eighth Baku International Congress ‘Energy, Ecology, Economy’, 2005. – P. 99–100.

Covalev, O. P. The solar combined water heating installation of hot water supply [Text] / O. P. Covalev, A. V. Volkov // Electronic magazine of an energy service company "Ecological systems". – 2003. – Vol. 5. – P. 15.

Avezov, R. R. Solar Systems for Heating and Hot Water Supplying [Text] / R. R. Avezov, A. Yu. Orlov. – Tsh. FAN, 1988. – 250 p.

Carbonell, D. Simulations of combined solar thermal and heat pump systems for domestic hot water and space heating [Text] / D. Carbonell, Y. Michel, P. Daniel, F. Elimar // Energy Procedia. – 2014. – Vol. 48. – P. 524–534. doi: 10.1016/j.egypro.2014.02.062

Shershnev, V. The solar heating system [Text] / V. Shershnev, N. Dudarev. – Construction engineering, 2006.

Rzaev, P. F. Some Characteristics of Solar Radiation Entry Through the Transparent Enclosures of South-Facing Homes in the winter [Text] / P. F. Rzaev, F. A. Salmanova, A. B. Babaev // Applied Solar Energy. – 2007. – Vol. 43, Issue 1. – P. 43–44. doi: 10.3103/s0003701x07010148

Jungbauer, A. Windenergienutzung in einem regenerative Energiesystem, Analyse der Windkraftanlagen Eberschwang und Laussa [Text] / A. Jungbauer. – Diplomarbeit Technischen Universitat Graz, Institut fur Hochspannungstechnik, Elektrotechnik – Wirtschaft und Energiennovation. Craz, 1998.

Kharchenko, N. V. Individual Solar Applications [Text] / N. V. Kharchenko. – Energoatomizdat, 1991.

Panjiyev, А. Prospects for the use of renewable energy sources in Turkmenistan [Text] / А. Panjiyev // Alternative Energy and Ecology. – 2007. – Vol. 9, Issue 53. – P. 65–69.

Abdelmoneym, A. Thermal modes of heat accumulators with a phase transition to solar heaters [Text]: Doctoral Dissertation of the candidate of technical sciences / A. Abdelmoneym. – Moscow, 1988.

Bekman, U. Raschet system solnechnogo teplosnabjenija [Calculation of Solar Heating Systems] [Text] / U. Bekman, S. Kleyn, J. Daffi. – Moscow: Energoizdat, 1982.

Movsumov, E. A. About general characteristics of the receiving of solar radiation in Azerbaijan [Text] / E. A. Movsumov, V. I. Yesman // Journal of “Geliotekhnika”. – 1969. – Vol. 4. –P. 43–46.

Ignatiev, S. G. Razvitie metodov ocenki vetroenergeticeskogo potenciala i rasceta go-dovoj proizvoditelnosti vetroustanovok [Text] / S. G. Ignatiev, S. V. Kiseleva // International Scientific Journal for Alternative Energy and Ecology (ISJAEE). – 2010. – Vol. 10. – P. 10–35.

Sun & Wind Energy [Text] // Booming market without subsidy. – 2014. – Vol. 3. – P. 34–35.

Ushakova, A. Combined solar installation to heat and cold of the experimental residential building of the Institute of Solar Energy [Text] / A. Ushakova. – The test results. Ashkhabad: Turkmenniinti, 1986.

Rekomendacii po opredeleniu klimaticeskih harakteristik vetroenergeticeskih resursov [Text]. – GGO. NPO “Vetroen”. Leningrad: Gidrometeoizdat Publ., 1989.

Grinevich, G. A. Collection “Study of the characterictics of the renewing sources of energy” [Text] / G. A. Grinevich. – Publishing House of the Academy of Sciences of Uzbekistan SSR, Tashkent, 1963. – 150 p.

Romanovskiy, V. I. Implementation of the mathematical statistics experiences [Text] / V. I. Romanovskiy. – Moscow-Leningrad, Gostoptekhizdat, 1987. – 410 p.

Salmanova, F. A. Calculation of the Repetition Rate and the Provision of Daily Amounts of Solar Radiation: Cadastre Parameters [Text] / F. A. Salmanova, I. M. Kulieva // Applied Solar Energy. – 2007. – Vol. 43, Issue 4. – P. 243–246. doi: 10.3103/s0003701x07040123






Copyright (c) 2016 Parviz Fikri Rzayev, Firuza Aziz Salmanova, Igor Mevlud Yusupov, Ismail Elshen Velizade

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ISSN (print) 1729-3774, ISSN (on-line) 1729-4061