Registration Number
0224U031925,
(0123U104132)
, R & D reports
Title
Research of advanced technologies for road transport
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Дослідження прогресивних технологій для автомобільного транспорту
Head
Hnatov Andrii V., Доктор технічних наук
Registration Date
03-07-2024
Organization
Kharkiv National Automobile and Road University
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Development and research of advanced technologies for road transport
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The purpose of the research is the development and research of advanced technologies for transport, expanding the informativeness of the existing knowledge base about the real possibilities of modern technologies for transport, which will allow improving the quality of management processes, in particular, vehicles converted to electric traction, as well as influencing the technological and economic efficiency of operation both the vehicle as a whole and individual components of control systems, as well as
corresponding infrastructure.
The object of research is the functioning processes of hybrid and
electric vehicles and their separate nodes in operation and transport infrastructure.
The research method is theoretical analysis, means of electrical engineering engineering.
The methods of evaluating the modernization of the vehicle have been developed urban purpose in the electric version, the choice of the necessary element base is justified.
The impact of changes in external conditions on real energy has been established
costs of hybrids and electric vehicles of well-known manufacturers, as well as a theoretical model of modern control systems in a powerful transport power plant is considered. The features of traction motors with printed windings are considered and a method for assessing the quality of design is proposed
production of traction motors based on vibration diagnostic characteristics.
The issue of increasing the efficiency of solar generation through the use of appropriate monitoring systems was considered, some examples of local use of solar panels in the transport infrastructure were considered.
Some issues of increasing the efficiency of battery charging processes both at charging stations and during vehicle movement have been studied. The classification is proposed and the impact of driver assistance systems on traffic safety is investigated.
Product Description
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Arhun Shchasiana V.
Bahach Ruslan V.
Bohaievskyi Oleksandr B.
Borysenko Hanna O.
Borodenko Yurii M.
Dvadnenko Volodymyr Ya.
Dziubenko Oleksandr A.
Nechaus Andrii O.
Smyrnov Oleh P.
Sokhin Pavlo A.
Ulianets Olha A.
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2024-07-03
