Electromobility

Electrification of Heavy-Duty Vehicles (HDVs) in the Czech Republic

Year

2023

Client

European Climate Foundation

Part I: Projection of the number of vehicles and related charging infrastructure by 2035. Part II: How much will it cost and what is happening in neighboring countries.

⚪︎ By 2030, around 6,000 eTrucks could be registered in the Czech Republic (medium scenario), primarily in the segments of urban and national transport
⚪︎ More than 75% of charging will take place on private charging infrastructure with relatively small charging capacities (up to about 100kW)
⚪︎ The total electricity consumption of eTrucks in 2030 will not exceed 1% of the total consumption in the Czech Republic
⚪︎ Achieving 2,000 eTrucks by 2030 is linked with the need for support of at least 4 billion CZK
⚪︎ Key tools for supporting the electrification of heavy freight transport are: (i) investment subsidies for the acquisition of eTrucks and (ii) discounts on tolls
⚪︎ To achieve a comparable level of public support in the Czech Republic as in neighboring countries, it would be necessary to allocate approximately 6 billion CZK to subsidy programs supporting investments by 2026

Filip Vančura

Project Manager, LEEF Technologies

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about

LEEF TECHNOLOGIES

We are a company that specializes in the development of clean energy and transport projects. We also carry out market analyses, develop project concepts and business plans, as well as new technology deployment strategies. We have been active in the market since 2010. Since the beginning, we have focused on electromobility, battery storage and development of technologically complex projects. Recently, we have also been working on green hydrogen projects.

Electromobility

Development of charging infrastructure, fleet electrification, advanced charging solutions. Forum elektromobilita. Portál elektromobilita.

Battery energy storage

Battery systems and their applications: ancillary services, autonomous generation, power supply optimisation, etc. Second life batteries.

hydrogen

Production, storage and distribution of emission-free and low-emission hydrogen. Integration with RES and battery storage. PPA contracts.

complex projects

Integration of multiple technologies. Optimization of local production/consumption. Flexibility for ancillary services. Local distribution networks. Energy communities.