- The expected design life is 15+ years
- Greater depth of discharge (DOD 90%)
- Working temperatures of between 0°C to 50°C
- The internal molecular structure of the LFP batteries is more stable and therefore safer, allowing an increase in the combustion temperature of 600°C compared to 300°C relative to NMC and LCO
- Advanced BMS that allows you to report alarms in real-time
Features and benefits- Features and benefits
- The expected design life is 15+ years
- Greater depth of discharge (DOD 90%)
- Working temperatures of between 0°C to 50°C
- The internal molecular structure of the LFP batteries is more stable and therefore safer, allowing an increase in the combustion temperature of 600°C compared to 300°C relative to NMC and LCO
- Advanced BMS that allows you to report alarms in real-time
Features and benefits- The expected design life is 15+ years
- Greater depth of discharge (DOD 90%)
- Working temperatures of between 0°C to 50°C
- The internal molecular structure of the LFP batteries is more stable and therefore safer, allowing an increase in the combustion temperature of 600°C compared to 300°C relative to NMC and LCO
- Advanced BMS that allows you to report alarms in real-time
