Clean Mobility
CTAG positions itself at the forefront of innovation and brings new technologies closer to industrial companies
R&D projects
Since its creation, CTAG is at the origin or is an active member of different local, national and european projects in collaboration with constructors and suppliers.
CTAG remains at the forefront of innovation and brings new technologies closer to industrial companies.
EVOROADS
Clean Mobility
Others
The project entitled “Evolutionary Solutions for Realising a Holistic Safe System Approach for All Road Users” focuses on the development of evolutionary solutions for implementing a holistic safe system approach for all road users.
HI-Mov: Cross-border Technology Corridor for Mobility with Renewable Hydrogen
Clean Mobility
Objective: to articulate a cross-border ecosystem that promotes the emerging value chain around green hydrogen in the Galicia-North Portugal Euroregion, specifically in its use in sustainable mobility applications.
Consortium: CTAG (España), ENERGYLAB (España), PIEP (Portugal), CEiiA (portugal), UMINHO (Portugal), UPORTO (Portugal), USC (España), AECTGNP (España), Grupo Petrotec (Portugal) and INEGA-Xunta de Galicia (España)
Financing
Research into multi-energy solutions for next generation bi-directional charging
Clean Mobility
Objective: The main objective of the project is to expand the knowledge, capabilities and technologies for the future development of advanced electric vehicle charging systems.
Consortium: Stellantis, CTAG, Alba Emission Free Energy, Veltium Smart Chargers, EPL Engineering, Ibil Gestor de Carga de Vehículo Eléctrico, Calvera Maquinaria and Instalaciones.
ITHACA – Automation of the electrical vehicle charging
Clean Mobility
Factory of the Future
ITHACA is integrated in the framework of the European SMART4ALL H2020 Project (GA No. 872614), as a winner in its third cascade funding call.
Objective: to automate the charging process of electric vehicles through robotisation, focusing on making this process safer and more efficient for vulnerable groups.
Julio Verne
Clean Mobility
A pioneering and unique initiative in the generation and local dispensing of green hydrogen that contemplates the implementation of a hydrogen station in the port area and facilitating its use for different land mobility and marine propulsion applications.
Consortium: Autoridad Portuaria de Vigo, Univergy, Quantum Group, Soltec Ingenieros, Anfaco, Aclunaga, CTAG, ENERGYLAB, Neuwalme and Exportrends.
ALMA – Advanced Light Materials and Processes for the eco-design of electric vehicles
Clean Mobility
Innovation Materials
Objective: ALMA seeks to develop a new BEV structure for a passenger car with low weight and reduced environmental impact through the use of advanced lightweight materials, eco-design and an integrated circular approach throughout the life cycle.
Consortium: coordinated by CTAG with the participation of 8 partners: Ford-Werke Gmbh (DE), Arcelormittal Maizieres Research SA (FR), Batz Sociedad Cooperativa (ES), Rescoll (FR), Fraunhofer (DE), Innerspec Technologies Europe SL (ES), TNO (NL), among others.
Financing
FACENDO 4.0 – Industrial Competitiveness and Electromobility through Innovation and Digital Transformation
Advance Testing Methods
Clean Mobility
Comfort
Factory of the Future
With a view to the Vehicle of the Future, new connected and intelligent systems and interfaces were studied, enabling the development of innovative products and devices for future electric vehicle ranges.
Consortium: The Facendo 4.0 project is led by Stellantis Vigo with the participation of CTAG, Gradiant, Aimen and the University de Vigo.
GTEST – New automotive thermal management systems for sustainable mobility
Advance Testing Methods
Clean Mobility
Comfort
Objective: to research and develop new electronic products linked to thermal management for the electrification of transport, contributing to the progress of sustainable mobility.
Consortium: CTAG and Borgwarner
Financing
JOSPEL: Low energy passenger comfort systems based on the joule and peltier effects.
Clean Mobility
EN – JOSPEL: Low energy passenger comfort systems based on the joule and peltier effects.
File: GA653851.
Programme: Horizon2020.
This project has received funding from the European Union’s Horizon 2020 Research and Innovation Programme under grant agreement No 653851.
Financing
Mobi2Grid: Pilot test of electric mobility in the euroregion Galicia-North of Portugal
Clean Mobility
Objective: The main objective of MOBI2GRID was to boost the adoption of electric mobility based on renewable energy sources by carrying out a pilot test with electric vehicles in the Euroregion.
File: 0565_MOBI2GRID_1_P.
Programme: POCTEP.
Financing
