Energy Laboratory

A cutting-edge research laboratory equipped for the design, simulation, manufacturing, and testing of advanced electric traction systems, optimal energy management, power quality improvement, and applications in the aerospace and renewable energy sectors.

From Concept to Final Equipment

Our workflow methodology allows us to carry out the full life cycle of electronic development. We master the entire process: from paper modelling and complex simulations to PCB manufacturing and final functional prototype validation using high-fidelity measurement instrumentation.

01.

Simulation and Design

We conduct comprehensive mathematical and thermal modelling prior to physical construction. We ensure technical feasibility, analyse thermal stress, and minimize parasitic elements, which is a critical factor in high-frequency designs using WBG semiconductors.

02.

Manufacturing and Assembly

We have the capability to assemble highly complex printed circuit boards. Our laboratory is prepared to handle and solder high-density surface-mount devices (SMD), which is key to achieving the compact dimensions required in modern power electronics.

03.

Validation and Testing

We perform rigorous testing under real operating conditions. We implement real-time control and high-fidelity measurements, which are essential for capturing the fast switching transients characteristic of next-generation semiconductors.

Our Equipment

Control and Systems Simulation

MATLAB, Simulink, and PLECS

Multiphysics and Parasitics Simulation

COMSOL Multiphysics and Keysight ADS

Electronic Design Automation (EDA)

Altium Designer and KiCad

Advanced SMT Assembly

Precision soldering stations for high-density prototyping

Embedded Control Platforms

dSPACE systems and FPGA-based rapid development

Grid and Battery Emulation

Programmable power supplies and bidirectional electronic loads

Thermal Diagnosis and Transients

High-resolution thermographic cameras and high-bandwidth oscilloscopes

Power Analysis and Measurement

Yokogawa power analysers and precision multimeters

3D Prototyping

3D printer for rapid fabrication of protective enclosures for converters