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EVCA PlatformCommunication, interoperability, high-power, MCS and EMC paths.EVCA ComOnlyFocused charging communication testing.EVCA Multi MobilePortable laboratory and field analysis.EVCA InteropAnalyse interoperability between a real EV and EVSE.EVCA FlexModular high-power testing and controlled faults.EVCA MCSMegawatt charging communication, low-level signals and system testing.
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Easy Chester PlatformEVSE production, commissioning, service and calibration.Easy Chester MicroAC EVSE installation testerEasy Chester UltimateAC and DC EVSE installation testerEasy Chester CalimeraAC and DC EVSE calibration systemEasy Chester EOL / EOL HPCEVSE end-of-line production tester
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System of the MonthJuly 2024

System of the Month July 2024: EVCA Flex across laboratory and field

EVCA Flex combines mobile evidence capture with 1,000 V and 250 kW battery emulation for deeper laboratory testing.

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System of the Month July 2024: EVCA Flex across laboratory and field
QuestionStart with the engineering problem
ContextConnect application, standard and product
SourceIdentify document and publication status
Next stepContinue to current technical scope

Field failures and high-power laboratory tests should use the same technical language and evidence structure.

At a glance

  • Laboratory and field workflow
  • Published 1,000 V and 250 kW configuration
  • Battery emulation
  • Field data for HIL testing

Why this mattered

If recorded field behaviour cannot be transferred into a controlled test environment, engineers are forced to approximate the original charging partner.

The system approach

Recorded field data can inform HIL tests and reproduction workflows in the laboratory.

What the project shows

The architecture supports a continuous route from observation to repeatable investigation. The 1,000 V and 250 kW values describe the featured project.

Related reading

Continue through the archive.

Related entries retain the publication date and lead to the current technical route.

Continue from technical context

Turn the information into the next engineering decision.

Continue to the relevant application, current product scope or responsible comemso team.

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