Solar Battery

Solar Battery - Technical Specification

Features of Solar Tubular Battery
  • High Pressure die-cast positive plate is used to delay corrosion to extend life.
  • Low antimony selenium lead alloy is used to minimize water consumption
  • High porosity glass and fiber is used to avoid cell short circuit.
  • Heat sealed PPCP tower gives extra large acid volume.
  • Heavy duty L shape double hole terminal is used to avoid in-service expenditure.
  • Double nylon rope is used for safety handling.
  • PVC terminal shrouding cap is used for electrical safety.
  • Ceramic vent plug is used to arrest acid fumes and reduce topping up.
  • Water topping up frequency is done once in 5 months.
  • Its life expectancy is more than 3 yrs.
  • Factory charged and wet shipped is an assured performance.
  • IS 13369-1992 is our testing standard.
    • Solar battery 50Ah
    Ah Capacity at 27oC (12V) : 50 Ah
    Overall Dimensions (mm) (12V) (L X W X H) : 225 X 173 X 215
    Boost Charging Voltage (12V)(+/- 0.2 VDC) : 2.35 - 2.4 VPC @ 25oC - i.e. 14.1 - 14.4 volts
    Float Charging Voltage (24V)(+/- 0.2 VDC) : 2.3 VPC @ 25oC - i.e. 13.8 volts
    Battery Low Voltage Cutoff(+/- 0.2 VDC) : -
    Boost Charging Current (amps) : -


    Solar battery 100Ah
    Ah Capacity at 27oC (12V) : 100 Ah
    Overall Dimensions (mm) (12V) (L X W X H) : 500 X 225 X 290
    Boost Charging Voltage (12V)(+/- 0.2 VDC) : 14.2
    Float Charging Voltage (24V)(+/- 0.2 VDC) : 13.7
    Battery Low Voltage Cutoff(+/- 0.2 VDC) : 10.4
    Boost Charging Current (amps) : 8


    Solar battery 150Ah
    Ah Capacity at 27oC (12V) : 150 Ah
    Overall Dimensions (mm) (12V) (L X W X H) : 500 X 225 X 290
    Boost Charging Voltage (12V)(+/- 0.2 VDC) : 14.2
    Float Charging Voltage (24V)(+/- 0.2 VDC) : 13.7
    Battery Low Voltage Cutoff(+/- 0.2 VDC) : 10.4
    Boost Charging Current (amps) : 12