Xecs project under Eureka Clusters to make EMC risk management and testing smarter, more automated and traceable.
Laboratory Risk-aware Model-based Learning Automation for Electromagnetic Compatibility (La RAMBLA-EMC)
read more
testing
Agile Technologies for Multi-Domain Assessment of Electromagnetic Interferences
Innovative technological solutions for measuring and mitigating electromagnetic interference based on time-domain techniques. These solutions combine software and methods specifically created and optimized to use general-purpose instrumentation in evaluating conducted and radiated electromagnetic disturbances, allowing great versatility, efficiency and effectiveness compared to pre-existing technologies on the market.
Methods for Assessing Electromagnetic Emissions of Photovoltaic Systems
To develop methods for assessing electromagnetic emissions suitable for in situ scenarios, such as renewable energy applications and large industrial machines, considering the metrological aspects necessary to ensure their adequate traceability. This project is framed within the Industrial Doctorate programme of the Spanish “Ministerio de Ciencia, Innovación y Universidades” and bridges the gap between the emiGO project and the EMC-STD project.
Metrology for emerging EMC standards
This project aims to contribute to the development of CISPR 37 and the revision of CISPR 11 and CISPR 16 through new electromagnetic emissions test methods for harsh environments, fully traceable time-domain measurement techniques, new calibration methods for the response to pulses of receivers, and the statistical evaluation of interferences in compliance assessments.
Metrology for electric vehicle charging systems (Met4EVCS)
This project aimed to develop of metrology capabilities for the traceable evaluation of Electrical Vehicles Charging Systems (EVCS) under realistic operating conditions.
Agile Multi-domain Evaluation of Electromagnetic Interferences for Space Application
This project, under a spin-in approach, is aimed at overcoming complex EMI problems and meeting demanding standards and mission requirements. This project is framed within the incubation program of ESA BIC Barcelona, and with its completion, it is expected to enable stakeholders in the aerospace sector with the ability to assess their EMC problems in all phases of product development in an agile, affordable, and reliable way and to offer solutions for EMC testing addressed to SMEs in the New Space ecosystem.
Photo: ©ESA.
Intelligent Assessment Methods for Electromagnetic Interference Evaluation
To Develop an ecosystem of digital tools powered by intelligent assessment methods to optimise and automate electromagnetic compatibility (EMC) testing services. This ecosystem aims to utilise software and methodologies that leverage artificial intelligence, deep learning, and big data analytics to improve the efficiency and speed of test result delivery. This project is framed within the Industrial Doctorate programme of the Spanish “Ministerio de Ciencia, Innovación y Universidades”.