Electromobility

Plan for the development of the infrastructure for public charging in the Czech Republic

Year

2018–2019

Client

ČEZ

Cooperation

In cooperation with Arthur D. Little and Feramat Cybernetics

LEEF role

LEEF was primarily responsible for processing the valuation model for scoring either individual (whether potential or existing) locations or portfolios of charging stations and the methodology for calculating the geographic distribution of demand for charging in the Czech Republic.

The main aim of the project was to prepare a long-term investment strategy for development of the public charging network. The contract also involved proposing a method for scoring sites for the purposes of (1) prioritisation of development and (ii) the market valuation of individual sites and existing portfolios. We handled/prepared the following activities as part of the project:

⚪︎ Forecast of the development of the electromobility market
⚪︎ Preparation of an investment strategy for the development of the public charging infrastructure
⚪︎ Estimate of the development of the future market value of the charging infrastructure based on site scoring (grading)
⚪︎ The construction of a dynamic valuation model for scoring individual sites/portfolio of sites
⚪︎ Forecast of the demand for public charging and its geographical distribution (using heat maps)

Filip Vančura

Project Manager, LEEF Technologies

LINKS

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.