GenIOL 6200

GENIOL 6200 is a lithium ion rechargeable battery system designed to be a longer-lasting replacement of lead acid batteries. It can be used as backup power for base transceiver station (BTS) as well as an energy storage unit for renewable systems. Its high energy density, long life, broad operating temperature range and multiple independent safety features improve performances and reduce total cost of ownership (TCO) for telecom, industrial and residential applications.


  • LTE Wireless and WiMAX grid outage backup
  • Renewable Energy Systems Auxiliary Power Unit
  • Smart grid stabilization and increased power quality


  • Nominal Voltage: 50,5 Vdc
  • Capacity (0.2C) at +25°C: 123 Ah
  • Compact 19” rack mountable, 15U
  • Modular concept for increased scalability and redundancy
  • Superior Li-ion battery technology
  • Cell design with multiple, independent safety features
  • Excellent calendar and cycle life
  • Round trip efficiency greater than 95%
  • Sophisticated Battery Management System implemented both at module and system levels
  • Predictive off grid energy management
  • LCD panel for operator interface
  • Web monitoring and remote maintenance & control
  • Extremely low maintenance
  • Plug & play installation

Battery Management System (BMS)

  • Two battery management levels: battery module and battery system
  • Full array of programmable protection features: voltage, current and temperature
  • State of Charge measurement with better than 1% accuracy over battery life time
  • Lifetime data logging
  • Alarms and faults managements
  • State of Health
  • Battery module charger embedded
  • Passive cell balancing at module level
  • Modbus serial bus communication between all battery modules and to the system level battery management
  • Active balancing of state of charge between modules
  • Easy to use supervisory & control SW
  • Web monitoring & control


  • Redundant and independent safety features at cell level (Current Interrupt Device, twofold vents).
  • Redundant and independent safety features at module level (logic fuse, voltage, current, temperature and balancing) and at system level (fuse, contactor, current sensor and disconnect switch).