Engineering the "Pulse" for AI Hyperscalers
Enabling microsecond-level telemetry and safety for megawatt-class NiZn battery arrays.
About the Client
A Tier-1 manufacturer of high-power Nickel-Zinc (NiZn) storage systems, supplying critical backup power to the world's largest data centers.
The Engineering Gap
The 13V Blind Spot
Standard BMS chips integrate at 3-4V. The client's sealed NiZn monoblocs operate at 13V, making direct monitoring impossible without a custom interface.
The SoC Drift
Standard coulomb counting fails during <50ms AI load spikes. Missed micro-peaks caused up to 15% State-of-Charge estimation errors in 24 hours.
The Inverter Noise
Conductive EMI from high-power inverters corrupted standard analog sensors. We needed a signal path immune to massive switching noise.
Delivered Value
Precision Telemetry
Hardware-filtered analog front-end that delivers clean voltage/thermal data even in high-noise environments, eliminating false triggers.
Zero-Touch Integration
Designed a non-intrusive 'Virtual Cell Interface' PCB that snaps onto terminals, preserving UL certification and mechanical integrity.
Defense-Grade Security
Implemented signed firmware updates and secure boot (IEC 62443 aligned) to protect critical energy infrastructure from cyber threats.
Solution Architecture
We engineered the 'Neuro-Link': a hardened intelligence layer that serves as the bridge between raw chemistry and the central EMS.
- Noise-Immune Analog Signal Path
- Virtual Cell Decomposition Algorithm
- Secure Boot & Signed Firmware
- Automated Balancing Logic
Technologies
Need similar engineering?
We build the middleware that makes incompatible systems talk. From battery physics to cloud APIs.
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