ES-012 / Secure Edge & Device Platforms

Battery Management and Protection Controller

Shows how layered battery supervision can protect equipment availability and reduce the consequences of uncontrolled electrical and thermal events.

Evidence status: Modular Solutions reference architecture. This record demonstrates delivery capability and is not presented as a completed client engagement.
Open interactive record
Battery Management and Protection Controller embedded systems architecture visual
System Exposure

Why the system matters

High-energy battery packs require reliable cell monitoring, state estimation, balancing, contactor control, and fault containment across charging and heavy-load operation.

Engineering Response

How the architecture responds

Reference BMS performs isolated cell measurement, passive balancing, coulomb-counting and model-based state estimation, pre-charge sequencing, dual-threshold fault handling, CAN-FD diagnostics, and HIL validation.

Technical Evidence

Architecture and validation profile

Cells16 series cells
EstimationSOC / SOH observer
BalancingPassive per-cell balancing
ProtectionVoltage, current and thermal limits
ValidationPack simulator + HIL fault cases
Program Scope$43,900 USD indicative reference value
Performance Signal16 cells / dual-threshold protection
Risk DomainBattery Safety and Availability
NXP S32K3LTC6813CAN-FDState EstimationCHIL