electromobility
Public charging infrastructure development plan for the Czech Republic
In cooperation with Arthur D. Little and Feramat Cybernetics
- Year
- 2018
- Client
- ČEZ
The aim of the project was to prepare a long-term investment strategy for the development of the public charging network in the Czech Republic. The contract also involved proposing a method for scoring sites for the purposes of (i) prioritisation of development and (ii) the market valuation of individual sites and existing portfolios. The contents in brief:
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 charging infrastructure market value based on site scoring
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 (illustrated by heat maps)
ČEZ is currently building and running the largest public electric car charging network in the Czech Republic. There were just a few thousand electric cars in the Czech Republic in 2018. By 2030, there will be hundreds of thousands. Regular reviews of the infrastructure investment strategy are key within the context of this dynamics. We are delighted that ČEZ is supporting further investments in building its charging network according to the strategy in place
Project Manager, LEEF Technologies
about
LEEF TECHNOLOGIES
We are a consultancy company specialising in project development in the fields of energy and transportation. We also carry out market analyses and develop strategies related to implementation of new technologies and innovative business models. Our activities usually take place at the interface between R&D and commercial applications. We have been active on the market since 2010. In recent years we have focused particularly on battery energy storage, electromobility, distributed generation and energy efficiency projects.
energy storage
Battery systems and their applications: ancillary services, autonomous generation, peak-shaving etc.
electromobility
Development of charging infrastructure, electrification of fleets, advanced charging solutions
distributed energy
Energy efficiency, new technologies and flexibility of generation and consumption
