NASA Battery Control Board
Need to build a control board for batteries on an ev and they need to be in accordance with NASA and FCC standards as they would go on a lunar craft.
Thought for 4 sec
No design work has been started; the project is currently empty. Execution is unavailable because the account has no available ACUs.
Remaining work:
- Define battery chemistry, series/parallel configuration, voltage/current, charging source, redundancy, and thermal environment.
- Establish applicable NASA program requirements (electrical power, battery safety, fault tolerance, radiation, workmanship, EMC, and verification). FCC rules generally apply only if the board contains an intentional radiator; spacecraft EMC requirements are separate.
- Produce the system architecture, hazard/FMEA analysis, schematic, PCB, component derating/radiation strategy, and qualification/acceptance test plan.
This is safety-critical aerospace hardware and will require review and approval by the mission’s responsible NASA engineering and safety authorities.
Define requirements checklist
List applicable standards
Draft BMS architecture
Build FMEA checklist
No schematic yet
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