The Starting Processes of a Car Engine Using Capacitive Energy Storages

Abstract

The article presents data on experiments related to the start-up process of an automobile engine using capacitive energy storage. It is shown that capacitive energy storage devices can be used for efficient start-up of an internal combustion engine. The aim of the article was to study the systems of electric start of vehicles combustion with capacitive energy storage as source of electric energy using a mathematical apparatus that allowed analyzing the process of starting a vehicle engine with capacitive energy. In the course of work, analytical dependences on the time and angle of rotation of the crankshaft of the internal combustion engine (number of working strokes) of the main parameters of the electric starter starting system with a constant moment of resistance on the shaft of the internal combustion engine were obtained. Mathematical calculations and simulation of operating modes in specialized software products were carried out. The results of the experiment showed that the process of scrolling the internal combustion engine with an electric starter when it is powered from capacitive energy storage devices differs significantly from the process of scrolling when powered from a rechargeable battery. Due to the large proliferation of batteries in vehicles and the search for alternative technological solutions to them, it can be said that the results obtained in this article are of practical value in the framework of modern electrical equipment technology.

Research on molecular energy storage

“…Молекулярнûе нàкопители энерãии в послеäнее время нàхоäят широкое применение в рàçличнûх отрàслях техники, в чàстности в электроннûх приборàх, в рàäиопереäàющих устройствàх GPS/GPRS (нàвиãàторû, трекерû, ãàäжетû), в счетчикàх электроэнерãии, в источникàх бесперебойноãо питàния, в устройствàх àвàрийноãо освещения, в солнечнûх электростàнциях, в тверäотельнûх жестких äискàх, в àвтомобильнûх «чернûх ящикàх», в мультимеäийнûх àуäиосистемàх, в элевàторàх и лифтàх, в системàх çàпускà äвиãàтелей и äиçель-ãенерàторов, в ветроãенерàторàх, в желеçноäорожном трàнспорте и метро, à тàкже нà электромобилях и ãибриäнûх àвтомобилях [1].…”

“…Zuyev1 , PhD in Engineering R.A. Maleyev1 , Yu.M. Shmatkov1 , M.Yu. Khandzhalov1 ,This article provides a comparative analysis of various energy storage devices.…”

“…Shmatkov1 , M.Yu. Khandzhalov1 ,This article provides a comparative analysis of various energy storage devices. A detailed review and analysis of molecular energy storage units is carried out, their main characteristics and parameters, as well as their application areas, are determined.…”