STUDY OF THE THERMAL PROCESSES OF THE BATTERY DURING VEHICLE OPERATION IN LOW TEMPERATURES
https://doi.org/10.26518/2071-7296-2017-6(58)-71-77
Abstract
The article discusses the problem associated with the operation of a vehicle in a cold climate, where we should take special measures to maintain a favorable temperature mode of the battery of the internal combustion engine. Examines factors affecting the condition of the engine and car battery. The analysis of factors influencing starting of the vehicle in conditions of low negative temperatures. The degree of influence of internal resistance of the battery to start the vehicle. The article deals with the problem associated with the operation of the car in conditions of low negative temperatures, the necessity of taking special measures to maintain the optimum temperature regime of the battery is justified. The analysis of the factors influencing the launch of the car in conditions of low negative temperatures is carried out. The factors affecting the state of the vehicle’s battery are considered. The influence of the value of the internal resistance of the battery on the power indicators of the electric starter system and, accordingly, on the probability of starting the engine of the car is shown. To confirm the theoretical assumptions, experimental investigations were carried out, during which the dependences of the internal resistance of the battery on the temperature of the electrolyte and the degree of its charge were obtained. According to the results of the study, it is proposed to use a device that provides pre-start preparation of the battery to increase the probability of starting the engine in conditions of low negative temperatures.
About the Authors
L. N. Tishkevich
The Siberian State Automobile and Highway University (SibADI)
Russian Federation
Russian Federation
Ph. D. in Technical Sciences, Ass. Professor Department of «Operation of transport and technological machines and systems»
644080, Mira, 5 prospect, Omsk, Russian Federation
B. V. Zhuravskiy
CHAIR IN SibADI
Russian Federation
Russian Federation
senior lecturer of Department «Exploitation and repair of automobiles»
644080, Omsk, Mira Ave., 5
References
1. Kashkarov A. P. Netradicionnye istochniki pitanija [Nonconventional sources of power]. Moscow. DMK Press. 2011. 135 p.
2. Varlamov V. R. Sovremennye istochniki pitanija [Modern power sources]. Spravochnik 2-e izd. Moscow. DMK Press. 2001. 224 p.
3. Pevnev N. G., Trofimov B. S., Momot Y. S. Povyshenie zhizneobespechennosti avtomobilej v uslovijah severa putem podderzhanija zarjazhennosti akkumuljatornyh batarej [Increase survivability of vehicles in the North by maintaining the charge of batteries]. Materialy Mezhdunarodnoj ochnozaochnoj nauchno-tehnicheskoj konferencii. Problemy issledovanija sistem i sredstv avtomobil’nogo transporta [Problems of research of systems and means of motor transport]. 2017. 91 – 97.
4. Markin A.G. A.G. Povyshenie jeffektivnosti sistemy jelektrosnabzhenija avtomobilej [Jekspluatacija avtomobil’nyh akkumuljatorov i akkumuljatornyh batarej improving the efficiency of the electrical system of cars]. Arhitekturno – stroitel’nyj i dorozhno – transportnye kompleksy: problemy, perspektivy, novaci [Architectural – construction and road – transport complexes, problems, prospects, innovations], materialy mezhdunarodnoj nauchno-prakticheskoj konferencii FGBOU VO SibAD, 2016. pp. 33 – 39.
5. Akkumuljatornaja batareja v zimnih uslovijah [Battery in winter conditions], [Electronic resource]. Rezhim dostupa : http://www.mrmz.ru/article/v10/article3.htm.
6. Jekspluatacija avtomobil’nyh akkumuljatorov i akkumuljatornyh batarej [Operation accumulators and batteries], [Electronic resource]. Rezhim dostupa : http://akbplus.ru/AKB-Spravka/ekspluatation-avto-akb.html.
7. Sistemy podogreva, puska dvigatelja i vypuska otrabotavshih gazov [Heating system, start the engine and exhaust], [Electronic resource]. Rezhim dostupa : http://ustroistvo-avtomobilya.ru/dvigatel/sistemy-podogreva-puskadvigatelya-i-vy-puska-otrabotavshih-gazov.
8. Semenov N. In. Jekspluatacija avtomobilej v uslovijah nizkih temperatur [Operation of vehicles in conditions of low temperatures], (pod red. S.I. Belocerkovskoj). Moscow. Transport. 1993. 190 p.
9. Vasiliev L. S. Avtomobil’nye i jekspluatacionnye materialy [Automotive and performance materials]. Uchebnik dlja VUZov, Moscow, Transport, 1986. 279 p.
10. Kovalenko S. Yu., Kazakov V. A. Metodika ocenki prisposoblennosti avtomobilej k rezhimu puska [Methods of assessing the fitness of automobile engines to the trigger mode]. Vestnik Orenburgskogo gosudarstvennogo universiteta, 2011 186 -192.
11. The Vasenin A. S., Shumkov A. G., Gorbunov A. A. Obzor metodov ocenki zarjazhennosti starternyh akkumuljatornyh batarej [Overview of methods of evaluation of charge of the starter battery]. Molodoj uchenyj, 2016, no 15, pp. 157 – 160. Rezhim dostupa : https://moluch.ru/archive/119/33010/ (Data obrashhenija: 04.12.2017).
12. Yakovlev V. F. Opredelenie parametrov istochnikov pitanija nizkovol’tnyh potrebitelej na avtomobiljah s povyshennym naprjazheniem bortovoj seti [Determination of the parameters of the power sources low-voltage consumers on vehicles with high voltage]. Sovremennaja tehnika i tehnologii, 2014, no 5. [Electronic resource]. Rezhim dostupa: http://technology.snauka.ru/2014/05/3501.
13. Jonson Controls Inc, AGM – tehnologija svjazannogo jelektrolita v proizvodstve avtomobil’nyh akkumuljatorov Jonson Controls Inc [AGM – the technology of bound electrolyte in the manufacture of automobile batteries Jonson Controls Inc], [Electronic resource]. Rezhim dostupa : http://boschbattery.ru/main/tech/agm.
14. Osobennosti konstrukcii i osnovnye himicheskie reakcii [Design features and main chemical reactions], [Electronic resource]. Rezhim dostupa : http://www.energonelectro.ru/press-center/articles/detail.php ID=2259.
15. Dasean M. A. Sovremennaja teorija svincovogo akkumuljatora [Modern theory of the lead accumulator] Leningrad, Energy, 1975. 312 p.
16. Toyota Prius [Electronic resource]. Rezhim dostupa : http://en.wikipedia.org/wiki/ Toyota_Prius (accessed 29.10.2017).
17. Dasean M.A., Korsakov, O.S. Tutukov V.M. Agacinski Starternye akkumuljatornye batarei: Ustrojstvo, jekspluatacija i remont [Starter battery: the Device, maintenance and repair]. Moscow. Transport, 1991. 255 p.
18. Berg. P. What to do when your hybrid car’s battery dies // Popular Mechanics. [Electronic resource]. – Rezhim dostupa : http://www.popularmechanics.com/cars/howto/repair/what-to-do-when-your-hybrid-cars-battery-dies (accessed 20.11.2017).
19. How to jump-start your hybrid car // Car advice.[Electronic resource]. – Rezhim dostupa : http://www.thecarconnection.com (accessed 20.11.2017).
20. Patrick T. Moseley, Jurgen Garche, C. D. Parker, D. A. J. Rand. Valve-Regulated Lead-Acid Batteries. Amsterdam Valve-Regulated Lead-Acid Batteries. Amsterdam: Elsevier B. V., 2014 – [Electronic resource] – Rezhim dostupa : http://bookree.org/reader.file=676368&pg=1.
21. Yakovlev V. F. Avtomobil’nye reversivnye istochniki pitanija [Car reversing power supplies]. Sovremennaja tehnika i tehnologii, 2014 no 9, [Electronic resource]. Rezhim dostupa : http://technology.snauka.ru/2014/09/4384.
Review
For citations:
Tishkevich L.N., Zhuravskiy B.V. STUDY OF THE THERMAL PROCESSES OF THE BATTERY DURING VEHICLE OPERATION IN LOW TEMPERATURES. The Russian Automobile and Highway Industry Journal. 2017;(6(58)):71-77. (In Russ.) https://doi.org/10.26518/2071-7296-2017-6(58)-71-77
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