Projects
MEDINSPAIN
Transmisiones Exp. No. 00170536/MIG-20242052
Calendar 1/1/2025 – 31/12/2028
MEDINSPAIN’ s mission is to respond to the current challenges of the sector and to proactively prepare for the challenges of the future. Since its inception, the company has been working to offer sustainable and innovative solutions to meet the growing need for responsible resource management, in line with new regulatory and environmental requirements.
Its main purpose is to foster a circular economy model applied to the recycling and recovery of batteries, promoting the efficient reuse of materials and the reduction of environmental impact. Through optimized processes and appropriate technologies, the company contributes to closing the life cycle of these products safely and efficiently.
“METODOS INNOVADORES Y CADENA DE VALOR NACIONAL PARA LA CIRCULARIDAD DE SISTEMAS DE ALMACENAMIENTO ENERGÉTICO, INCLUYENDO CLASIFICACIÓN, REÚSO, RECICLAJE Y AUTOMATIZACIÓN PARA LA RECUPERACIÓN DE MATERIALES ESTRATÉGICOS”, has been subsidized by the Center for Technological Development and Innovation (CDTI) and supported by the Ministry of Science and Innovation within the 2024 call of the Science and Innovation Missions program, in the framework of the “TransMisiones Initiative”.
Website: https://medinspain.es
REVIU
The REVIU project relies on a technology with a TRL 7 maturity level, already validated in relevant operational environments using Machine Learning models with high levels of accuracy. These models have proven their reliability in the evaluation of battery condition at the cell and module level, providing consistent and scientifically proven results.
The objective is to advance to a TRL 8-9 by integrating this technology into A3’s industrial environment and validating it under real operating conditions. The system will allow the evaluation of batteries without the need for prior thermal or electrical control, incorporating a software with a simple interface and complete traceability of the process.
This innovation will transform the current A3 model, drastically reducing trial times and eliminating subjectivity in decision making. As a result, the processing capacity and recovery rate for second life will be significantly increased, positioning A3 as a benchmark in the management and reuse of electric vehicle batteries.