Schedule Lab Diagnostic

DC Fast Charger Restoration

We bypass the slow replacement cycles of OEMs. We perform diagnostics down to the sub-component level, rebuilding damaged charging stations to restore critical uptime.

Supercharger Repair

Component-Level Restoration

Standard operators swap entire modules, causing weeks of unnecessary downtime. UBVolt isolates faults at the micro-component level, rebuilding critical circuits inside our specialized diagnostics laboratory.

PHASE 01

PHASE 02

PHASE 03

Sub-Component Diagnostic

Precision Lab Repair

Load-Bank Testing

We run microscopic and thermal scans to locate microscopic board failures and high-resistance joints.

Our lab technicians rebuild damaged circuits and replace failed micro-components with high-grade industrial parts.

Every repaired unit undergoes full-capacity load testing to guarantee stable high-output power delivery.

Close-up of high-voltage circuit board under a diagnostic microscope with green testing probes touching copper contacts, dark technical backdrop
Close-up of high-voltage circuit board under a diagnostic microscope with green testing probes touching copper contacts, dark technical backdrop

Rigorous Engineering Standards

We operate under strict industrial tolerances to ensure repaired Superchargers perform at or above original manufacturer specifications.

TESTING METRICS

350 kW Capacity

Our facility conducts active load-bank testing up to 350 kilowatts, replicating maximum real-world thermal stress.

COMPLIANCE

Zero-Defect Standard

All sub-component repairs undergo rigorous thermal imaging scans to ensure zero thermal anomalies before deployment.

Our technical lab features specialized diagnostic rigs designed specifically for high-voltage DC fast charger boards, enabling micro-soldering and real-time telemetry monitoring.