Two-Wheeler Tech

Smart BMS & IoT for Electric Scooters

Maximizing throttle response, absorbing heavy regenerative braking currents, and ensuring deep temperature controls for sleek e-scooters.

ENERGY RECLAIM

Active Regenerative Charging Clamping

Electric scooters subject packs to severe spike currents during strong regenerative braking. VoltZIQ's custom-engineered hardware limits voltage surges internally, clamping back-EMF spikes up to 90V to prevent BMS cell damage while recharging the battery.

  • Clamps surges up to 90V
  • Dynamic current routing
  • Over-voltage shunting
  • Efficiency monitoring
Click the regeneration modes below to simulate clamping current curves!
REGEN CHARGING VOLTAGE MONITOR BATTERY EV MOTOR SPIKE CURRENT AMPLITUDE Peak Current: +12.5 A (RECLAIM) Clamp State: COMPLIANT Heavy Regen Brake Emergency Clamp Standby Thr. Load
CAN-BUS Communications

Smart Instrument Cluster Integration

Scooter smart clusters demand real-time diagnostics mapping. VoltZIQ BMS utilizes robust CAN-bus and RS485 communication logs to sync temperature warning ticks, error codes, and battery SoC values directly to the driver's display dashboard.

  • CAN 2.0B Integration
  • Instant cluster telemetry sync
  • State-of-health tracking
  • Real-time error warning displays
54 km/h SPEED SoC: 84% SYSTEM LOGS: CAN Bus: Sync OK Pack V: 52.4 V Temp: 31°C SoH: 98.7% BLE: Connected STATUS READOUT: NO SAFETY ALARMS ACTIVE
Thermal audits

High-Speed Sustained Thermal Profiles

Continuous highway riding at 80km/h puts sustained thermal load on the battery pack cells. VoltZIQ's smart algorithms verify cell temperature distribution profiles to dynamic thermal margins, triggering gradual cooling warnings long before safety over-temp triggers.

  • Dynamic thermal profiling
  • Safe over-temp buffers
  • Balanced heat dissipation
  • Micro-ambient corrections
SUSTAINED SPEED THERMAL CURVE COMPARISON MAX TEMP LIMIT (60°C) Highway (80 km/h): 46°C City Ride Profile: 32°C Y-Axis: Pack Temperature (°C) X-Axis: Commute Duration (Mins) THERMAL AUDIT RECOMMENDATIONS: VoltZIQ active thermal limits prevent cell degradation during speed sprints.
Scooter Fleet Benefits

How Our BMS & IoT Technologies Elevate E-Scooters

Helping manufacturers design faster, safer, and highly integrated electric two-wheelers.

Extended Scooter Range

Precise cell balancing and dynamic charging rate maps optimize energy use, squeezing out up to 12% additional odometer mileage per charge.

Heat Immunity Shielding

Specially calibrated temperature alarms safeguard scooter batteries against severe summer asphalt temperatures.

Plug-and-Play Dashboard Sync

CAN 2.0B integration allows seamless plug-and-play wiring to all major scooter instrument and controller brands.

Design Next-Gen Smart Electric Scooters

Contact VoltZIQ to get custom configurations, volume pricing, and custom-cased smart BMS samples.

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