Real-time telemetry cockpitengineered for commercial EV fleets & microgrids.
High-throughput IoT time-series streaming, millisecond-grade battery degradation telemetry, and autonomous charging orchestration across 5,000+ commercial fleet assets.
Orchestrating mission-critical energy and battery telemetry at scale.
Commercial fleet operators faced compounding losses due to unpredicted cell degradation, demand-charge penalties, and disconnected telematics systems. Arcrux built a unified cockpit that streams real-time cell state, thermal gradients, and intelligent depot charging algorithms into a responsive operational HUD.
Millisecond-grade cell diagnostics across 5,000+ battery packs.
Engineers and fleet controllers inspect individual cell voltages, pack impedance, and thermal cooling loops in real time. Anomalies trigger deterministic alerts before thermal runaway or premature cycle degradation occurs.
Dynamic peak shaving. $1.4M saved in annual utility tariffs.
Automated charging schedules synchronize fleet readiness deadlines with utility time-of-use (TOU) rates and on-site solar BESS generation, automatically shaving demand peaks without delaying vehicle departures.
Physics-informed range models calibrated to payload & terrain.
Replaced static OEM estimates with dynamic physics-informed ML models that account for ambient temperature, elevation profiles, and cargo mass to guarantee non-stop delivery cycles.
Engineered for high-intensity dispatch rooms & mobile cockpits.
Crafted a resilient dark/light design token architecture with high-visibility color-coding for warning states, critical threshold indicators, and legible numerical gauges that remain readable in direct sun or low-light dispatch rooms.
Quantified operational impact across 5,000+ commercial vehicles.
Within nine months of fleet rollout, VoltPulse reduced battery replacement capital costs, eliminated unexpected en-route breakdowns, and drastically reduced depot energy bills.
Optimized charge cycles extended multi-cell warranty lifetime by 2.4 years.
Automated TOU peak shaving slashed utility demand penalties by $1.4M.
Predictive payload range calculations prevented stranded vehicles across 1.2M miles.
Sustained real-time telemetry events without dropped packets or socket lag.
“VoltPulse gave us unprecedented visibility into every battery pack in our fleet. We moved from reactive fire-fighting to proactive, automated energy management that directly reduced our operational overhead.”