You may be asking how batteries go through this transition from an initial mobile work assignment to their longer-term stationary application. We’ll describe it to you. We start with perfectly performing batteries that have completed the section of their lives dedicated to powering their EVs and are ready to start the “grownup years”, their 2nd life.
Residential Backup and Solar.
Solar, Wind or Hybrid Storage.
Telecoms Base Stations.
Off-grid Living and Working.
Lithium Iron Phosphate (LifePO4).
Supports parallel connection.
Lifetime exceeds 10 years 25°C.
External BMS (24 or 48V).
Lighter than Lead Acid or Gel alternatives.
No active cooling required.
Best cost per cycle in Southern Africa.
Safest Lithium-ion Chemistry.
Excellent temperature resilience.
Battery Management System Function
Cell and battery voltage detection.
Battery charge and discharge control.
Cell, ambient and MOS temperature detection.
Battery capacity and number of cycles.
MOSFET charge and discharge.
Equalization of single cells intelligently.
Rs458 communication interface.
Watchdog protection for circuits to ensure safe operation.