Our Technology
Proprietary technologies that set us apart from every other BMS supplier
Lower Temperature. Higher Reliability.
VoltZIQ's ThermalSafe technology delivers significantly lower temperature rise than conventional BMS designs. Optimized PCB layout, efficient power design, and superior thermal management ensure reliable operation even under continuous high-current conditions.
- Up to 31°C temperature rise at 60A continuous discharge
- Higher efficiency and lower energy loss
- Reduced thermal stress on components
- Longer electronic component life
- Fewer service calls and warranty claims
Multi-Stage TVS Protection
VoltZIQ SurgeShield technology provides multi-stage TVS (Transient Voltage Suppression) protection against lightning strikes, inverter switching, electrostatic discharge, and high-voltage transients commonly experienced in Indian operating environments.
- Lightning strike protection
- Inverter switching transient protection
- Electrostatic discharge (ESD) protection
- Load switching surge protection
- Grid voltage transient protection
Regenerative Braking Protection
RegenGuard actively manages the energy flowing back to the battery during regenerative braking and steep downhill operation. Many BMS failures occur during regen because the protection system cannot handle the rapid energy injection. VoltZIQ RegenGuard provides dedicated protection circuitry and intelligent energy management.
- Downhill & regen braking protection
- Rapid energy injection management
- Prevents overvoltage during regen
- Extends battery and BMS service life
Vehicle downhill → Regen energy → Battery → RegenGuard protection active
Independent Safety Protection
SafeCore ensures that battery protection continues even if CAN, UART, or Bluetooth communication is interrupted. Core safety functions operate independently of communication status — meaning the BMS continues protecting the battery regardless of connectivity.
- Communication cable disconnected → protection continues
- Overvoltage protection independent of communication
- Undervoltage protection independent of communication
- Overcurrent protection independent of communication
- Temperature protection independent of communication
Communication disconnected. Protection remains active.
Ready to Learn More?
Contact our engineering team for detailed technical documentation.