Development Model for the Charging Infrastructure in the City of Moscow
Abstract
The article analyzes the current state and development trends of charging infrastructure for electric vehicles. The object of study is the need for charging infrastructure in Moscow, expressed in the number of electric charging stations (ECS) and the zonal distribution of installed capacities. A forecast model of the charging infrastructure requirements in Moscow for the period from 2025 to 2035 has been developed. The formulated model enables forecasting of the total required number and distribution of fast and slow ECS across city districts. The total required number of ECS in Moscow will reach 55,900 units by 2035 according to the baseline forecast scenario, with slow ECS being the predominant type. The model represents a significant tool for strategic planning and development of infrastructure for electric vehicles. The obtained forecast data contribute to long-term planning of electrical capacity requirements in Moscow districts.
About the Authors
A. R. Khayretdinova
State Unitary Enterprise «Moscow Metro»
Russian Federation
Russian Federation
Khayretdinova Alina Rinatovna Director of Electric Vehicle Development
129110, Moscow, Prospekt Mira, 41, building 2
I. I. Kasatkin
State Unitary Enterprise «Moscow Metro»
Russian Federation
Russian Federation
Kasatkin Ivan Igorevich Project Head of the Design Department. Directorate of Electric Vehicle Development
129110, Moscow, Prospekt Mira, 41, building 2
A. F. Kolbasov
State Unitary Enterprise «Moscow Metro»
Russian Federation
Russian Federation
Kolbasov Alexey Fedorovich Candidate of Technical Sciences, Director of Laboratory Testing and Certification
Department. Directorate of Electric Vehicle Development
129110, Moscow, Prospekt Mira, 41, building 2
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Review
For citations:
Khayretdinova A.R., Kasatkin I.I., Kolbasov A.F. Development Model for the Charging Infrastructure in the City of Moscow. Moscow Transport. Science and Designn. 2025;(1):14-22. (In Russ.)
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