EVWR Regenerative Electronic Load — catalog range reference
EVWR Regenerative Electronic Load catalog-range reference. The illustrated configuration may differ from the selected model or options. Final supplied scope is confirmed in the quotation. Image source ↗

Power Supplies, Loads & Simulators

EVWR Regenerative Electronic Load

Regenerative DC load configurations for converters, charging equipment and fuel-cell test benches.

Programmable power-test systemLaboratory & research enquiries

Share your experiment, required configuration and quantity for a quotation.

Product overview

The EVWR guide describes programmable loading with energy feedback. Define the DUT voltage, loading modes, current and power, and confirm the grid connection and control interfaces before selecting the test configuration.

Specifications & ordering details

Use these parameters to define your requirement. The quotation confirms the exact supplied specification.

System / methodProgrammable power-test system
Catalog seriesEVWR
Representative catalog models10–600 V to 10–1000 V; 60–250 kW
Selection noteVoltage, current and power limits are model-dependent and not necessarily available simultaneously
Experiment or process requirementsSpecify with your requirement.
Operating range and sample / DUT dimensionsSpecify with your requirement.
Interfaces, options and included accessoriesSpecify with your requirement.

Research applications

  • Power-electronics testing
  • Laboratory and industrial measurements
  • Automated test integration

Before you order

  • Provide rated and peak voltage, current and power.
  • Specify AC input, regeneration and control interfaces.
  • Confirm installation, cooling, protection and accessory scope.

Product documents

View the source catalog for this offering. Share your instrument model, configuration and application to request the relevant specification or material documentation.

View Test & Measurement Portfolio — page 12 ↗Download PDF

Selection questions

How do I check the instrument interface?

Share the instrument make and model, sample geometry, optical or beam path, mounting arrangement and drawings. The cell and instrument interfaces must be reviewed together.

Which experimental conditions are needed?

Specify temperature, pressure, atmosphere or electrolyte, and electrical connections. Confirm sample access, windows, fittings and accessories for the selected method.