Light & Engineering 25 (4)

Volume 27
Date of publication 12/20/2017
Pages 50-56

Autonomous Photovoltaic Light-Signal Units with Batteries: Development and Field Test Results in Moscow Region. L&E 25 (4) 2017

Articles authors:

Alexei B. Tarasenko, Oleg S. Popel

Is the graduate of MEPhI, the senior research associate of the Joint Institute of High Temperatures of RAS (JIHT RAS), the leading expert of the company LLC TEEMP of the “RENOVA” group. Area of scientiﬁ c interests is the photoenergy engineering, stores of electric energy, functional nanomaterials for stores, forecasting of operation of photo-electric power stations of autonomous and network application. The winner of the Award of the International academic publishing company «Science / Interperiodika» for the best scientiﬁ c publication in the Heat and Power Energetic Journal (2011), the winner of a competition of the scientiﬁ c and technical and research projects «Youth Innovations» (2016), the Winner of an award and medal of the academician V.M. Tuchkevich for work «Amorphous silicon: hetero-structure solar elements and power plants» (together with scientists from FTI after A.F. Ioﬀ e). The author has more than 30 scientiﬁ c publications in authoritative scientiﬁ c publications

Prof., Dr. of Tech. Sc., was graduated of the Moscow Power Institute, the deputy director of JIHT RAS for science, the Head of JIHT RAS Research centre «Physics and Technology Problems of Power», the winner of the Award of the Government of the Russian Federation in science and technology for work «Development and deployment of eﬀ ective technologies of renewable and nonconventional power sources in small-scale power generation use « (2011), the author of 7 monographs and manuals, and more than 300 scientiﬁ c publications. His areas of scientiﬁ c interests are power, renewable energy source, energy saving, and thermo-physics

Abstract:

Photovoltaic systems are widely used for autonomous power supply in di? erent branches of industry. In many countries, they are applied mostly for road, park and yard lighting and for signal lighting (road sign, traffic light). Some aspects of autonomous photovoltaic power application, concerned with the application of di? erent types of battery are investigated under conditions typical for the Moscow region. Lithiumion batteries are increasing storage capacity technology for di? erent niches, including stationary, portable and electric transport. Lead-acid batteries are the traditional solution for back-up power and photovoltaic systems.
The storage unit usually has a signifi cant infl uence on photovoltaic system costs and operational parameters. The possibility of decreasing capital costs and increasing the life cycle of photovoltaic autonomous systems due to lithium iron phosphatebased batteries is presented in this study.

References:

1. Popel O.S. Fortov V.E. Renewable power in the modern world. Publishing house: MEI publishing house. 2015. 450 S. ISBN978-5-383-00959-8.
2. The Moscow parks can begin to cover at the expense of solar energy//power News. http://energo-news. ru/archives/31060.
3. Solar street lights. https://en.wikipedia.org/wiki/ Solar_street_light.
4. Edensun Illumination. http://www.edensun-led. com/en/index.asp.
5. Internet resource: http://geliomaster.com/catalog/ sunelectro/sunelectro_52039.html.
6. A.B. Tarasenko. Stores of electric energy for systems on the basis of RES: current state and prospects of development.//Materials of the eighth All-Russian scienti? c youth school with the international participation. Moscow. University book. 2012, pp. 148-185.
7. John Baker, New technology and possible advances in energy storage // Energy Policy 36 (2008) 4368-4373.
8. A. Rykovanov. The systems of balance of lithium- ion batteries//the Force electronics, 1 (2009), S. 52-55.
9. Lithium batteries: Status, prospects and future, B. Scrosati, J. Garche //Journal of Power Sources 195 (2010) 2419-2430.
10. The NASA Surface Meteorology and Solar Energy Data Set http://eosweb.larc.nasa.gov/sse.
11. Popel O.S., Fried S.E., Kiselyova S.V., Kolomiyets Yu.G., Lisitskaya N.V. Climatic data for renewable power (base of climatic data). Manual. - M.: OIVT RAS, 2010. 56 p.
12. Popel O.S., Fried S.E., Kolomiyets Yu.G., Kiselyov S.V., Terekhova E.N. The atlas of resources of so lar energy in the territory of Russia. - M.: OIVT RAS, 2010. 84 p.
13. N.A. Komarova, Yu.Y. Ra? kova, A.B. Tarasenko and S.V. Kiseleva, Autonomous power supply using solar energy in Russian Far East regions // MATEC Web of Conferences 112 10011 (2017), p. 1-6.
14. Yu.A. Shinyakov, Yu.A. Shurygin, V.V. Arzhanov, O.A. Teushchakov, A.V. Osipov, K.V. Arzhanov. Independent photo-electric power station.//News of the Tomsk Polytechnic University. 2012. T. 320. No. 4, page 133-138.
15. web-site Wiston Battery Ltd; http://www.thunder-sky.com/products_en.asp?? d=111&? d2=115.

Keywords