Consultancy
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The solid background gathered by SGEVL researchers is by far the most valuable asset. This knowledge can be used to empower the most challenging projects proposed by the community, industry or public institutions.
Support on the research, development and implementation in simulation and in physical components of the devices, mainly for energy storage and power conversion. The support includes a wide range of TRLs, between 2 and 8.
Support on the research, development and implementation in simulation and in physical components of the devices, mainly for energy storage and power conversion. The support includes a wide range of TRLs, between 2 and 8.
Measurement and analysis of power and energy with high precision
Characterization of performance and operation in steady state and transients of equipment up to 1000V/32A with simultaneous sampling up to 7 channels according to relevant international standards.
Functional and performance tests of equipment for energy storage and power conversion
Verification of functionalities and characterization of circuits for power, control, acquisition and communications of equipment ranging from academic prototypes up to high power industrial equipment. Capacity to help in the optimization and problem-solving process.
Consultancy in energy and power conversion systems for residential and industrial applications
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Analysis of complex systems for energy management with analytic methods and data logging in field, study of applicable standards and legislation, benchmarking, identification of problems and limitation and design of possible solutions.
Advanced studies based on real-time co-simulation using a PHIL platform
Implementation of real-time simulation models and computation in an industrial grade simulator. Interface of the models in real-time with a fully controllable physical microgrid. Analysis of functionalities such as fault ride through, inertia emulation, etc.
Thermal and thermographic analysis of electronic equipment
Measurement and analysis of temperature profile in critical elements of prototypes, using contact measurements, IR measurements and thermographic imaging. Study in a climate chamber of the behavior of electronic equipment (under development).
Development and test of electronic systems for measurement, communication and energy management
Design of the architecture for computation, storage, measurement and communication in terms of hardware and software. Know how in several technologies for communications, protocols and programming languages with relevance within the IoT and Smart Appliances scope.