On [redacted], After I attempted to plug my car into my home charging outlet at 240V, less than 20 minutes later I received an alert that my battery was at 0%. After unplugging the car, waiting for 30 minutes and plugging it back into the out, my car was unable to see the charging outlet or the 40A cable plugged into the port. Unplugged car again and after talking to remote mechanic, came to decision to take car to AAA repair shop for troubleshooting. Once at the AAA repair shop in [[redacted]], was advised to...
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take my car to a Kia dealership, as a module was nonfunctional. Brought car to Beyer Kia in [[redacted]], who held onto my car for two months before making a diagnosis that my car was struck by lightning via a Field Technical Engineer, though the DTC codes stated otherwise: C180287, C161487, C16b487, C161487, C161487, C182D00. All codes noted are internal Controller Area Network Bus Communication Timeouts between internal modules, not power surge or electrical strike. C161487 - registered three times: Internal network timed out because VCU abruptly went offline or lost power. With it registering 3 times confirms ongoing hardware/power supply struggle inside car's computers, not external bolt of lightning. C16B487 - Another subsystem critical timeout error, unable to communicate with VCU. C180287 - Internal stability/chassis lost data connection over vehicle's internal network. C181D00 - Network fault indicating control module voltage dropped below required operating threshold to maintain communication. Kia is trying to claim an external surge (lightning) caused this. However, if a massive high-voltage lightning surge had entered the vehicle through the charging port, it would have permanently fried the OBC (Onboard Charger) or the ICCU (Integrated Charging Control Unit). This would immediately trigger high-voltage hardware failure "P-codes" (Powertrain). INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)