SCAPE’s Consortium: the power of multidisciplinarity
SCAPE’s team is made up of 9 partners based in Spain, Italy, France, Turkey and Germany, with a variety of technical, academic and consultancy backgrounds, including:
- automotive industry experts
- researchers in power converters
- power electronic suppliers
- specialists in modelling and control systems
- e-mobility connoisseurs
- experts in environmental lifecycle assessment
- innovation specialists
- scientific communication strategists
“Quote”
” As an expert in packaging for integrated power electronics, DEEP Concept will be in charge of an optimization of the design of the switching cell, in close collaboration with the CSIC teams; from the model to the manufacturing of functional prototypes, with activities in the generation of the Digital Twins and Reliability analysis.”
“The Power Devices and Systems Group of the IMB-CNM are directly involved in SCAPE with their expertise in Power Systems Integration and Reliability research line, including: thermal management, packaging technologies, electro-thermal characterization and reliability analysis.”
“IREC’s duty in SCAPE is to steer the project to the right direction to reach the planned objectives and outcomes. We fully believe that SCAPE will spur a change of paradigm in the conception of power converters for EVs and beyond!”
“ISINNOVA is determined to tell SCAPE’s story and make sure the project’s outputs and potential innovations reach both the EV industry and the power electronics research community as well as all the climate-sensible e-drivers out there.”
“As the pioneers in the introduction and study of the switching-cell-array concept, UPC expects SCAPE to initiate a revolution in the design of power conversion systems, that will foster the expansion of electric vehicles and that could easily spread to other applications.”
“Bax & Company is motivated to make a real impact with the SCAPE project beyond its project lifetime, by helping partners increase the adoption of their innovations.”
“Quote”
“Unimore’s role is central to the project: it will take care of designing strategies and algorithms capable of predicting and ensuring the correct management and reliability of the components, through the monitoring and control of the electric motor and battery recharging operations to improve performance and overall conversion reliability while providing innovative features”