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Please use this identifier to cite or link to this item: https://libeldoc.bsuir.by/handle/123456789/49261
Title: Shape and Measurement Monitoring of Inrush Current Characteristics of a Battery-Capacitive Energy Storage Device with Two-Channel Digital Oscilloscope
Authors: Vasilevich, V. P.
Zbyshinskaya, M. Y.
Keywords: публикации ученых;discharging characteristics;standalone photovoltaic system;supercapasitor
Issue Date: 2022
Publisher: BNTU
Citation: Vasilevich, V. P. Shape and Measurement Monitoring of Inrush Current Characteristics of a Battery-Capacitive Energy Storage Device with Two-Channel Digital Oscilloscope / V. P. Vasilevich, M. Y. Zbyshinskaya // Devices and Methods of Measurements. – 2021. – Vol. 12, № 4. – P. 286–291. – DOI : 10.21122/2220-9506-2021-12-4-286-291.
Abstract: The main reason of voltage instability in stand-alone power supply systems is the electric drive motors inrush current, which are usually higher than their nominal value. The most reasonable way to solve this problem is using capacitive energy storage. The purpose of research is shape and measurement monitoring of battery-capacitive energy storage device inrush current characteristics. Parameters comparative analysis for lithium-ion battery (LIB) part and capacitive part of the energy storage device was holding with the twochannel digital oscilloscope. Measuring testing bench included parallel connected LIB part and capacitive part of the storage device and connected to the power source. The LIB part of the storage device is made on the basis of the ATOM 10 multifunctional motor drive device of the new generation, which contains 15 V lithium-ion battery and 9.4 A·h capacity. The capacitive part of the storage device is the INSPECTOR Booster supercapacitor with  an 80 F electrostatic capacitance and 15.5 V voltage. A 12 V AC/DC step-down converter was used as a  power source. An electric air automobile compressor M-14001 was used as a current drain. The testing bench measuring part consisted of a two-channel digital oscilloscope and two standard measuring shunts with 15000 μOm resistance serial attached to LIB part and capacitive part of the storage device. Shape and  measurement monitoring of inrush current characteristics of LIB part and capacitive part of the energy storage device was held synchronously using a twochannel digital oscilloscope with recording data to FAT32 file  system USB flash  drive. Obtained data was transferred to a personal computer and analyzed. The measurement results showed that 82.3 % of the energy losses compensation of the motor start is taken over by the capacitive part of the energy storage device, what makes longer LIB’s life. By adjusting the oscilloscope sweep trace index you can analyze more detailed time response shape and its duration. The values of the  inrush current amplitudes were calculated in proportion to the voltage drop on the shunts and their resistances. The developed method for monitoring shape and measurement inrush current characteristics can be used in various technical applications: smart stand-alone photovoltaic system, uninterruptible power supply devices, electric drive control systems, etc.
URI: https://libeldoc.bsuir.by/handle/123456789/49261
Appears in Collections:Публикации в изданиях Республики Беларусь

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