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About SAL

Insights into SAL’s mission, values, research activities, and contribution to Europe’s innovation ecosystem.

NOVETROL

The project NOVETROL is investigating a new, fast, passive and self-regulating current limiter for DC grids, based on the extraordinary magnetoresistance effect present in semiconductors with very high mobility of charge carriers. The device operates analogously to a thermistor; however, instead of increasing its resistance with temperature, its resistance increases in response to the magnetic field generated by the fault current it is designed to limit.

Project goals

At Silicon Austria Labs (SAL), we are working on the complete cycle of a magnetoresistive device.

 

The project's goals are:

  • Development of a fast, passive and self-regulating current limiter for DC grids
  • Design and simulation of an InSB based magnetoresistive device to understand the limitations for current limiting applications
  • Fabrication of an extraordinary magnetoresistance device based on bulk InSb
  • Integration of fabricated samples in custom-designed Printed Circuit Boards (PCBs)
  • Characterization of the magnetoresistive device (magnetoresistance, thermal and mechanical analysis)
  • Achievement of a resistance variation over 1200 % under 1 T magnetic field
  • Operation at maximum 60 °C temperature without active cooling

 

Within the project, SAL overcomes key challenges in sourcing and processing InSb while targeting operation close to room temperature. The project establishes European industrial leadership with technology that is critical for the ongoing energy transition and can be a breakthrough for DC circuit protection.

Project
facts

Title: Novel current control for climate-neutral energy infrastructure – NOVETROL
Program: Horizon Europe
Funding Agency: European Commission
Project Coordinator: National University of Science and Technology Politehnica Bucharest
Duration: December 2024 – November 2027

Novel current control for climate-neutral energy infrastructure

The NOVETROL project aims to develop novel current limiting devices (CL) based on high-mobility materials and the extraordinary magnetoresistance (EMR) effect, and integrate them into the infrastructure of direct current (DC) as well as hybrid alternating current/direct current (AC/DC) microgrids.

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Contact

Business Development
Lisa Kainz MA
Business Development Microsystems
Graz
Project Manager
Dr. Luiz Enger
Scientist, Magnetic Microsystem Technologies
Villach

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