EV CHARGING VALIDATIONTechnical evaluation
ChargeLink↗
Understand the conversation
between vehicle and charger.
01ConfigureEVSE / EVCC
02ObservePROTOCOL BEHAVIOUR
03InvestigateTRACES & RESULTS
Simulation · Analysis · SIL / HILExplore ChargeLink ↗
PRODUCTS
Purpose-built engineering tools for model-based development and charging validation. Open to the environments your automotive, aerospace and industrial teams already use.
Understand the conversation
between vehicle and charger.
DEVlink Engineering Platform. Connect models, virtual ECUs and e-mobility scenarios in MIL and SIL.
Before it meets the real world.
Native models · Physical models · FMI
Virtual ECUs · Interfaces · Scenarios
MIL · SIL · Results and traces
FIND YOUR STARTING POINT
| Your engineering task | Start with ChargeLink | Start with DEP |
|---|---|---|
| Primary question | Why does this charging session behave this way? | How do the models and real controller software behave together? |
| Work you bring | An EVSE or EVCC protocol scenario and the intended environment. | Plant and controller models, virtual ECUs and a representative e-mobility scenario. |
| Engineering workflow | Configure a role and profile, run a session, inspect communication and diagnostics. | Compose models, connect vECUs, run MIL/SIL scenarios and inspect the results. |
| Evidence to review | Session traces, protocol states, diagnostics and configured test results. | Simulation results, scenario verdicts, traces and interface or model-exchange checks. |
| Typical applications | EV charging development and charging-interface investigations. | Battery, charging and power-control verification across automotive, electric aviation and industrial electrification. |
| Explore further | Explore ChargeLink ↗ | Explore DEP ↗ |
Need both model behaviour and charging communication in one workflow? Discuss the integration boundary and supported configuration with DEVlink.
YOUR NEXT MOVE
Start with one representative use case and measurable acceptance evidence.