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Implementation of dynamic programming algorithms for electric vehicle smartcharging in a real parking lot with supervision

In recent years, the number of work on smart grids has increased, in particular work on the issue of electric vehicles (EVs) charging, which will be a critical aspect of this in the coming years. The scientific research now offers effective tools to optimize energy flows within electricity grids and plan the load of EV fleets. However, the difficulties associated with the interoperability seem to be largely underestimated. The study conducted jointly by the IETR and Dropbird highlights the technological obstacles that significantly hinder the development of intelligent charging solutions, and tests the use of dynamic programming based algorithms to deal with these issues.