Commenced in January 2007
Frequency: Monthly
Edition: International
Paper Count: 32759
Prospects for Building Mobile Micro Hydro Power Plants with Information Management Systems

Authors: B. S. Akhmetov, P. T.Kharitonov, L. Sh.Balgabayeva, O. V. Kisseleva, T. S. Kartbayev

Abstract:

This article analyzes the applicability of known renewable energy technical means as mobile power sources under the field and extreme conditions. The requirements are determined for the parameters of mobile micro HPP. The application prospectively of the mobile micro HPP with intelligent control systems is proved for this purpose. Variants of low-speed electric generators for micro HPP are given. Variants of designs for mobile micro HPP are presented with direct (gearless) transfer of torque from the hydraulic drive to the rotor of the electric generator. Variant of the hydraulic drive for micro HPP is described workable at low water flows. A general structure of the micro HPP intelligent system control is offered that implements the principle of maximum energy efficiency. The legitimacy of construction and application of mobile micro HPP is proved as electrical power sources for life safety of people under the field and extreme conditions.

Keywords: Mobile micro hydro power plants, information management systems, hydraulic drive.

Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1093086

Procedia APA BibTeX Chicago EndNote Harvard JSON MLA RIS XML ISO 690 PDF Downloads 1948

References:


[1] Kharitonov P.T. Inverter of turbulent flow energy into electric charge. Patent RU No.92257 dated 10.03.2010 for the PM.
[2] Mobile hydro power plant for tourists and the military. Website of Burge Energy (USA).
[3] Micro HPP "VENA”.Website
[4] Derivativeе micro HPPs
[5] Akhmetov B.S., Kharitonov P.T. Methods to improve power efficiency and reliability of permanent magnets electric machines. Material of reports IRTC "Engine building problems", Samara, 2011, Part 1, p.254-255.
[6] Akhmetov B.S., Kharitonov P.T., Chebotar A.E. Electric machine with disc rotor. Application RU No. 211103512 dated 01.02.2011. Res. FIPS dated 02.08.2013 to grant an invention patent RU.
[7] Kharitonov P.T. Method and arrangement for mutual compensation of retarding forces in the permanent magnet electric generator. Invention patent RU No. 2394336 dated 10.07.2010.
[8] Akhmetov B.S., Kharitonov P.T. Electric generator with compensation of the rotor retarding magnetic forces. Invention patent KZ No.26179 dated 14.09.2012.
[9] Akhmetov B.S., Kharitonov P.T., Nabiyeva G.S. Electrical machine with double disc rotor. Invention patent KZ No.27092 dated 22.06.2012.
[10] Akhmetov B.S., Belyakov B.А., Kharitonov P.T., Nuralikyzy S.Electrical machine with open poles SEMS. Application No.37848 dated 28.12.201 for an Invention patent KZ.
[11] Kharitonov P.T. et al. Uninterruptible power supply system for consumers from wind turbines. Patent RU № 104252 dated 10.05.2011 for the PM.
[12] Akhmetov B.S., Kharitonov P.T. Mobile micro HPP. Invention patentKZ №26179 dated14.09.2012.
[13] Akhmetov B.S. BalgabaevaL.Sh., Kisseleva O.V., Kharitonov P.T. Mobile micro HPP. Application№36595 dated01.11.2013 for an Innovative patent KZ.
[14] Akhmetov B.S. BalgabaevaL.Sh., Kisseleva O.V., Kharitonov P.T. Mobile Micro HPP Application №4277 dated 21.01.2014 for an Innovative patent KZ.
[15] Akhmetov B.S., Balgabayeva L S., Kisseleva O.V., Kharitonov P.T. «Structure and algorithm of operation of microprocessor control unit of the mobile micro HPP» 3.World Conference on Innovation & Sciences, April, 2013, Turkey.
[16] Akhmetov, B. B., Kharitonov, P. T., Malikova, F. U., Kartbayev, T. S., &Aitimov, M. Z. (2014). Automation of measurement and control for the process of fluid consumption in precision measurement equipment. Life Science Journal, 11(6s).