Testing your rotating machines in disrupted environments

Sectors of application

Electrical engineering industry/Renewable energies/Power distribution/Energy savings/Cooling/Pumping/Research & development

To optimise a solution for the integration of renewable energies into networks
To identify the impact of a strong, disrupted power supply on an electrical machine
To approve a design: accelerated ageing tests on motors
To approve a variable speed motor investment: to measure a motor’s energy performance
To assess diagnostic solutions on generators or motors

A modular test laboratory, from rotating machines to micro-networks
A real-time simulator to produce an infinite variety of configurations
Power supplies and load machines driven by power electronics power supplies, tests carried out in a highly automated manner
Internationally recognised scientific excellence (publications, awards, higher education)

Test campaigns to assess the integration of renewable energies into a network that includes rotating machines, frequency stability and voltage stability tests
Subject your equipment to perfectly controlled disrupted power supplies, with power of up to 100 kW, and assess the functional consequences or consequences to service life
Subject motors to accelerated ageing cycles in accordance with a controlled, automated protocol, several thousands of on-load start-ups, for example
Measure the energy performance of industrial motorisation under conditions that are representative of its real environment
Assess the performance of your generator diagnosis tool using our generator, which includes real and simulated faults
Training: practical work on complex rotating machine test benches.

Contact us

For a start-up: Simulation of the performance of an innovative energy-saving system.

ADEME: Our tests have been approved by ADEME to propose Energy Saving Certificates to EDF’s customers.

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