A Concept of Minimizing an Electric Power Supply System for Portable Gear and Arms

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Currently a much higher number of portable devices with improved functionality supporting our job-related and social activities require higher and higher capacity and power offered by sources of power supply. Theoretical analysis of the possibility to achieve exploitation features of currently known portable sources of electric current has led the author to a conclusion that even the best solutions will not meet the desired mass and volume magnitudes in relation to the energy supplied. Therefore, if the sources of energy have reached the physically and economically justified capability limits and they are characterized by significantly varied exploitation properties, a solution combining the advantages of various sources of energy through energy management seems to be sensible. In this connection this article presents the idea of a system of energy control, which using available cells will allow for reducing the weight of power supply systems. The considerations are based on defense-related applications, this, however, does not exclude applications for civilian purposes.

[1] Czerwiński A., Akumulatory, baterie, ogniwa, WKiŁ, Warszawa 2005 [Battery sets, batteries, cells - available in Polish].

[2] Elwell D., Pointon A. J., Termodynamika klasyczna, WNT, Warszawa 1976 [Classical thermodynamics- available in Polish].

[3] Grzeczka G., Swoboda P., Analysis of the possibility of use lithium - ion as a starting battery on the ship engine room, ‘Solid State Phenomena’, 2015, Vol. 236, pp. 106-112.

[4] Linden D., Reddy T. B., Handbook of batteries, McGraw-Hill, New York 1993.

[5] Meeting the energy needs of future warriors, Committee on Soldier/Energy Systems, National Research Council, The National Academies Press Washington, D.C., 2004.

[6] Salejda W., Poprawski R., Jacak L., Misiewicz J., Termodynamika, Wrocław 2001 [Thermodynamics - available in Polish].

[7] SET-173, Fuel cells and other emerging man portable power technologies for the NATO Warfighter, Science and Technology Organization, 2014.

[8] Wytyczne techniczne dla baterii i akumulatorów w zakresie ich podlegania przepisom ustawy z dnia 24 kwietnia 2009 r. o bateriach i akumulatorach, Dz.U., 2009, No. 79, Pos. 666 [Technical guidelines for batteries and battery sets regarding the stipultions contained in the Act of Law as of 24 April, 2009, on batteries and battery sets - available in Polish].

[9] http://e-pamir.pl/product-pol-2930-Zywnosc-liofilizowana-Travellunch-Porcja-obiadowapojedyncza-Bezlaktozowa.html [access 24.05.2016].

[10] http://professional.duracell.com/downloads/datasheets/product/Specialty/Specialty_Photo_Ultra_123.pdf [access 30.05.2016].

[11] http://ww2.duracell.com/media/en-US/pdf/gtcl/Product_Data_Sheet/NA_DATASHEETS/MN1500_US_CT.pdf [access 29.05.206].

[12] http://ww2.duracell.com/media/enus/pdf/gtcl/product_data_sheet/na_datasheets/mn2400_us_ct.pdf [access 05.06.2016].

[13] http://www.bren-tronics.com/resource/datasheets/DS-BT-70791A%20vA.pdf [access 02.06.2016].

[14] http://www.notifier.com/salesandsupport/documentation/Datasheets/DN_1109.pdf [access 24.05.2016].

[15] http://www.saftbatteries.com/force_download/BA_5590_1.pdf [access 02.06.2016].

Scientific Journal of Polish Naval Academy

Zeszyty Naukowe Akademii Marynarki Wojennej

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