Safer than any other lithium types of chemistries. Support higher chemical and thermal stability
More stable three-level architecture, ensuring a more reliable system operation.
Overcharging protection independent of BMS for cell temperature monitoring
Effectively prevent flammable gas entry into the battery and extract it quickly
IP67 battery packs and PDU + IP65 DCB. Prevent water and salt spray corrosion
Meet the highest industry standards for marine application
Designed to disconnect the circuit when necessary to prevent electric shock or other unexpected incidents.
Emergency stop, MSD protection, battery-level & PDU-level short-circuit protection, safety board, etc.
Model
MBmax9.66H (LFP)
System Solution
3 C- rate
Single Battery Module
77.28 V/125 Ah
Dimension (L x W x H)
690 x W480 x H215 mm
Weight
73 kg
System Voltage
154 - 850 V
Single System Energy
19 - 1063 kWh
Total System Energy
2 - 100 Mw by parallel single energy system
RMS Rate
5% - 100%
Ingress protection rating
Discharge: 3C/375 A; Charge: 3C/375 A
Peak Rate
Discharge: 5C/625 A, 30 s; Charge: 4C/500 A, 30 s
Cooling
Liquid Cooled
Class Compliance
DNV, UN 38.3
Ingress Protection
IP67
Thermal Runaway Anti-propagation
Passive Cell-Level Thermal Runaway Isolation
Emergency Stop Circuit
Hard-wired: Local Emergency Stop on DCB; Remote Emergency Stop
Independent Safety Function
Fail Safe for Over Temperature on Single Cell
Short Circuit Protection
Fuse on Pack & PDU Level
Explosion-proof Valves
Metal Valves on Each Pack Backside, Easy Connect to Exhaust Duct
1.Only authorized personnel are allowed to operate or make adjustments to the batteries
2.All data are based on RoyPow standard test procedures. Actual performance may vary according to local conditions
3.6,000 cycles achievable if the battery is not discharged below 50% DOD. 3,500 cycles at 70% DoD
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ROYPOW High-Volt Marine Battery System
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