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Energee batteries
Energee batteries
Key Points
Energee Batteries- Compatible with a wide range of Home UPS systems
- High performance even under adverse conditions
- Spill-free Design – prevents leakage and corrosion
- Discharge and overcharge protection
- Quality exteriors
- Protection against accidental cell short circuit
- Excellent charge acceptance and handling
- Long service life & Low self-discharge rate
- Upgraded Fortified New Edition in Dark Black Color
- Absorbent Glass Mat (AGM) technology for efficient gas recombination
Infrastructure
- Imported Grid Casting Machines.
- Imported Fully Automatic Pasting Machine With Drying Oven.
- Automatic Curing Chambers.
- Microprocessor Control Based Plate Formation Rectifier.
- Advance Technology Fully Automatic Battery Charging.
Applications
- Railway Signaling.
- Substations.
- UPS Systems.
- Telecommunication.
- Medical Equipment’s
- Bank ATMS
Feature benefit snapshot
Energee batteriesCyclic grid alloy for positive plate
Higher cycle life
Radial grids
Low internal resistance Quick recharge High discharge performance
AGM Separator
Greater compression Longer life
Copper alloy screw type terminals
Better electrical conductivity Absolute positive contact Zero wear & tear
Deep discharge capability Withstands frequent & long power failures
Low self discharge
Longer shelf life
Charge settings at 25ºc
Dual setting
Boost 14.0V Float 13.7V
Single setting :13.8V
Cyclic : 14.1V
Current limit (% of rated capacity)
Minimum : 10%
Maximum : 20%
Temperature compensation for charge voltage
Compensation of 18mV to be reduced for every 1ºC rise in temperature and vice versa
Design float life
The oat life of the battery is dened in calendar years at a standard temperature of 25°C, when oated with a charge voltage of 2.25 volts per cell. The expected oat life of batteries at various average ambient temperatures, when oated with a voltage of 2.25 volts per cell is shown in graph.
Cycle life
Battery cycle life is highly dependent on the depth of discharge, recharge and ambient temperature that the battery experiences during each cycle. The number of cycles related to the depth of discharge with respect to % capacity is shown in graph below
Discharge characteristics
The curves in the figure illustrate the typical discharge characteristics at an ambient temperature of 25°C. The C20 expresses the nominal capacity of the battery at 20 hr discharge rate.
