CARDHIN

Dynamic inductive and hydrogen charging for electric vehicles based on renewable sources

Financed by

The objective of the project is to research and develop a Dynamic Inductive Charging System on the road, which allows the recharging of vehicles in motion, particularly heavy vehicles.

CARDHIN is fully aligned with the mission “Sustainable and intelligent mobility”. Particularly, CARDHIN will focus on electro-mobility through the development of charging systems and infrastructure embedded in the road, which will allow the on-the-go charging of electric vehicles, therefore promoting viable and feasible mobility models for users that contribute to the reduction of emissions from vehicles due to the massive implementation of electric vehicles, mainly in long-distance transport vehicles, both for passengers and goods, but with the expectation that this same technology can be extended to all types of vehicles with specific needs. of traveling many kilometers without time or opportunity to perform static recharges, in peri-urban and urban environments.

The project also studies the energy support that H2 obtained directly through renewable sources can provide in the surroundings of roads, which will reduce the future environmental impact of electrifying all highways and highways.
The project aims to generate knowledge and place Spain at the forefront of these technologies, developing a holistic vision that takes into account all the required infrastructures, their total life costs, the recyclability of their components, impacts of all kinds and resilience. of the solution.

SICE participates in the project by leading research on energy management systems for electric vehicles and thus aims to establish itself in a strategic sector for SICE such as mobility in the field of Smart Cities, contributing to meeting the objectives set by the EU Green. Deal, and that are in line with the new climate change law that includes the gradual decarbonization of transportation until 2050, pursuing the concept of zero emissions.

FUNDING

This R&D project is co-financed by the Centre for the Development of Industrial Technology (CDTI) as part of the Research, Development and Innovation Spanish Program “Misiones CDTI”.