Batteries are increasingly becoming the centre of independent power systems, whether it’s for vessels, vehicles or remote land based locations. Batteries are used in hybrid systems in cars and vessels, in combined fossil and renewable systems combining for example wind and solar power sources or for emergency backup systems. Batteries are the key to a better energy balance in any system, a key to lower operational costs and reduction of emissions.
In a PLUS Power system the battery has a central role: it is the energy tank, dictating when power sources (battery charging devices) should start to refill “the tank”. The selection of the right battery capacity and technology determines the functionality and durability of such systems.
TECHNICAL SPECIFICATIONS
• Nominal capacity (C20) : 145 Ah
• Nominal voltage : 12 VDC
• Type : Deep cycle GEL battery with 12 years floating design life. Superior design for frequent cyclic discharge applications under extreme temperatures. Strong grid construction to ensure reliability under frequent deep discharge use.
• Weight (tolerance 1.5%) : 44 Kg
• Dimensions l*w*h in mm (excl. terminals) : 340*173*280 mm
• Terminal type : M8 stainless steel
• Number of cells : 6
CHARGE/DISCHARGE PARAMETERS
• Constant voltage Charging (IU, float) : 13.60 to 13.80 VDC @ 25C
• Cyclic Charging ( IUU, absorption) : 14.25 to 14.60 VDC @ 25 C
• Recommended charging current limit (higher possible) : 29 A
• Temperature cut-off ratio : 4mv/cell/°C
• Discharge cut off voltage : 1.75 VDC @ (A) <= 0.2 C
1.70 VDC @ 0.2 C (A) <= 1.0 C
• 100% depth of discharge d.o.d. : 1.65 VDC @ (A) >= 1.0 C
TECHNICAL SPECIFICATIONS
• Nominal capacity (C20) : 100 Ah
• Nominal voltage : 12 VDC
• Type : Deep cycle GEL battery with 12 years floating design life. Superior design for frequent cyclic discharge applications under extreme temperatures. Strong grid construction to ensure reliability under frequent deep discharge use.
• Weight (tolerance 1.5%) : 30 Kg
• Dimensions l*w*h in mm (excl. terminals) : 328*172*222 mm
• Terminal type : M8 stainless steel
• Number of cells : 6
CHARGE/DISCHARGE PARAMETERS
• Constant voltage Charging (IU, float) : 13.60 to 13.80 VDC @ 25C
• Cyclic Charging ( IUU, absorption) : 14.25 to 14.60 VDC @ 25 C
• Recommended charging current limit (higher possible) : 20.0 A
• Temperature cut-off ratio : 4mv/cell/°C
• Discharge cut off voltage : 1.75 VDC @ (A) <= 0.2 C
1.70 VDC @ 0.2 C (A) <= 1.0 C
• 100% depth of discharge d.o.d. : 1.65 VDC @ (A) >= 1.0 C
TECHNICAL SPECIFICATIONS
• Nominal capacity (C20) : 180 Ah
• Nominal voltage : 12 VDC
• Type : Deep cycle GEL battery with 12 years floating design life. Superior design for frequent cyclic discharge applications under extreme temperatures. Strong grid construction to ensure reliability under frequent deep discharge use.
• Weight (tolerance 1.5%) : 53 Kg
• Dimensions l*w*h in mm (excl. terminals) : 530*209*214 mm
• Terminal type : M8 stainless steel
• Number of cells : 6
CHARGE/DISCHARGE PARAMETERS
• Constant voltage Charging (IU, float) : 13.60 to 13.80 VDC @ 25C
• Cyclic Charging ( IUU, absorption) : 14.25 to 14.60 VDC @ 25 C
• Recommended charging current limit (higher possible) : 36 A
• Temperature cut-off ratio : 4mv/cell/°C
• Discharge cut off voltage : 1.75 VDC @ (A) <= 0.2 C
1.70 VDC @ 0.2 C (A) <= 1.0 C
• 100% depth of discharge d.o.d. : 1.65 VDC @ (A) >= 1.0 C
TECHNICAL SPECIFICATIONS
• Nominal capacity (C20) : 225 Ah
• Nominal voltage : 12 VDC
• Type : Deep cycle GEL battery with 12 years floating design life. Superior design for frequent cyclic discharge applications under extreme temperatures. Strong grid construction to ensure reliability under frequent deep discharge use.
• Weight (tolerance 1.5%) : 65 Kg
• Dimensions l*w*h in mm (excl. terminals) : 522*240*219 mm
• Terminal type : M8 stainless steel
• Number of cells : 6
CHARGE/DISCHARGE PARAMETERS
• Constant voltage Charging (IU, float) : 13.60 to 13.80 VDC @ 25C
• Cyclic Charging ( IUU, absorption) : 14.25 to 14.60 VDC @ 25 C
• Recommended charging current limit (higher possible) : 45 A
• Temperature cut-off ratio : 4mv/cell/°C
• Discharge cut off voltage : 1.75 VDC @ (A) <= 0.2 C
1.70 VDC @ 0.2 C (A) <= 1.0 C
• 100% depth of discharge d.o.d. : 1.65 VDC @ (A) >= 1.0 C