
34
ЭЛЕКТРОСНАБЖЕНИЕ
И ЭЛЕКТРООБОРУДОВАНИЕ № 4–5 (2022)
муляторных системах, в том числе в
электрических транспортных сред-
ствах, источниках бесперебойного
питания, систем накопления энер-
гии (ESS).
- Активные устройства балан-
сировки, несомненно, обладают
большими преимуществами перед
пассивными устройствами баланси-
ровки, однако они обладают боль-
шей стоимостью и сложностью си-
ловой схемы.
:
1. D. Andrea. Battery management
Systems for Large Lithium-Ion Battery
Packs/Artech House, 685 Canton
Street, Norwood, MA 02062/ 2010.
2. B. Singh, G.P. Singh, Y. Lehri, L.
Bhatia, Y. Sehgal. Diode-Based Passive
Li-Ion Battery Balancer. L e c t u r e
Notes in Electrical Engineering. №817.
2022. P. 67-78.
3. T. Ohsaki, T. Kishi, T. Kuboki, N.
Takami, N. Shimura, Y. Sato, M. Sekino,
A. Satoh. Overcharge reaction of
lithium-ion batteries. Journal of Power
Sources. 2005. №146 (1-2). P. 97-100.
4. S.-C. Wang, G.-J. Chen, Y.-H. Liu,
Y.-F. Luo, Z.-Z. Yang. An active balancer
with rapid bidirectional charge
shuttling and adaptive equalization
current control for lithium-ion battery
strings. International Journal of Energy
Research. 2022. №46(1). P. 223-238.
5. W. Li, A. Garg, M. Xiao, X. Peng,
M.L. Le Phung, V.M. Tran, L. Gao.
Intelligent optimization methodology
of battery pack for electric vehicles:
A multidisciplinary perspective.
International Journal of Energy
Research. 2020. №44 (12). P. 9686-9706.
6. S. Panchal, J. Mcgrory, J. Kong, R.
Fraser, M. Fowler, I. Dincer, M. Agelin-
Chaab. Cycling degradation testing
and analysis of a LiFePO4 battery
at actual conditions. International
Journal of Energy Research. 2017.
№41(15). P. 2565-2575.
7. http://www.ti.com/lit/ds/
symlink/bq78pl114.pdf.
8. A. Barzkar, S.M.H. Hosseini. A
novel peak load shaving algorithm
via real-time battery scheduling for
residential distributed energy storage
systems. International Journal of Energy
Research. 2018. №42 (7). P. 2400-2416.
9. http://ams.com/eng/Products/
Battery-Management/Cell-
Supervision-Circuits/AS8506C.
10. A.A. Skvortsov, S.M. Zuev, M.V.
Koryachko. Electrothermal degradation
of systems of metallization at non-
stationary current inuences. Conference
Proceedings – 2014 International
Conference on Actual Problems of
Electron Devices Engineering, APEDE
2014. 2014. №2. P. 340–343.
11. Samadani, E., Mastali, M.,
Farhad, S., Fraser, R.A., Fowler, M. Li-ion
battery performance and degradation
in electric vehicles under dierent
usage scenarios. International Journal
of Energy Research. 2016. №40 (3). P.
379-392.
12. http://cds.linear.com/docs/en/
datasheet/8584fb.pdf.
13. A.A. Skvortsov, V.V. Rybin, S.M.
Zuev. Features of electrostimulated
degradation of aluminum metallization
on silicon surface in the presence
of dielectric steps. Technical Physics
Letters. 2010. №36(3). P. 282–284.
14. L. Lu, X. Han, J. Li, J. Hua, M.
Ouyang. A review on the key issues
for lithium-ion battery management
in electric vehicles. Journal of Power
Sources. 2013. №226. P. 272-288.
15. S.M. Zuev, A.M. Fironov, D.O.
Varlamov, V.V. Kuksa. The search of new
diagnosing and predicting methods to
the thermomechanical and strength
characteristics of the component
base of control systems for unmanned
vehicles of the “smart city” based on
5G technologies. Journal of Physics:
Conference Series. №134. 2019. P.
012122.
16. M. Uzair, G. Abbas, S. Hosain.
Characteristics of battery management
systems of electric vehicles with
consideration of the active and passive
cell balancing process. W o r l d
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P. 120.
17. D. Thiruvonasundari, K. Deepa.
Evaluation and comparative study of
cell balancing methods for lithium-
ion batteries used in electric vehicles.
International Journal of Renewable
Energy Development. 2021. №10(3). P.
471-479.
18. D. Deng. Li-ion batteries: Basics,
progress, and challenges. Energy
Science and Engineering. 2015. №3(5).
P. 385-418.
19. V. Yuhimenko, M. Averbukh, G.
Agranovich, A. Kuperman. Dynamics of
supercapacitor bank with uncontrolled
active balancer for engine starting.
Energy Conversion and Management.
2014. №88. P. 106-112.
20. S. Sharma, B. Singh. Voltage and
frequency control of asynchronous
generator for stand-alone wind
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Electronics. 2011. №4(7). P. 816-826.
.
Родился в 1982 году. Окончил Мо-
сковский государственный машино-
строительный университет «МАМИ»
по специальности «инженер-элек-
трик». Опыт работы – более 18 лет. В
настоящее время работает старшим
преподавателем кафедры «Элек-
трооборудование и промышленная
электроника» Московского политех-
нического университета. Автор 30
научных трудов.
.
Родился в 1985 году. Выпускник
Ульяновского государственного уни-
верситета, специальность «физика
металлов». Кандидат физико-мате-
матических наук. Защитил диссерта-
цию по теме «Тепловые процессы в
системах металлизаций полупрово-
дниковых структур и керамик». Опыт
работы – 14 лет. В настоящее время
занимает должность доцента кафе-
дры оптико-электронных приборов и
систем РТУ МИРЭА. Автор 85 научных
трудов, в том числе 5 патентов.
Varlamov Dmitry.
Born in 1982. Graduated from
the Moscow State Machine-Building
University "MAMI" with a degree
in electrical engineering. Work
experience – more than 18 years.
Currently, he works as a senior lecturer
at the Electrical Equipment and
Industrial Electronics Department of
the Moscow Polytechnic University.
Author of 30 scientic papers.
Zuev Sergey.
Born in 1985. Graduate of
Ulyanovsk State University, majoring
in metal physics. Candidate of
Physical and Mathematical Sciences.
He defended his thesis on the topic
"Thermal processes in the systems
of metallization of semiconductor
structures and ceramics". Experience –
14 years. Currently holds the position of
Associate Professor of the Department
of Optoelectronic Devices and Systems
of the RTU MIREA. Author of 85 scientic
papers, including 5 patents.