More Views

1660Ah EXIDE Energystore 2V GEL Deep Cycle Battery Cell

In stock
AUD$1,040.00
Add Items to Cart

Sealed GEL Deep Cycle Battery Cell
1716Ah @ 120hr Discharge Rate
1660Ah @ 100hr Discharge Rate
1462Ah @ 24hr Discharge Rate
212L x 277W x 658H mm
Weight: 97.0kg

Features / Description

Energystore value regulated lead-acid batteries for the solar power and renewable energy market. With an
innovative Gel-Technology design Energystore ESPV batteries have a reliable maintenance-free and leakage-free constuction.

Features

  • High energy density and cyclic performance
  • Robust OPzV tubular positive electrode design,compliant with DIN 40742
  • >1500 cycles at 80% D.O.D at 20°C
  • Low self discharge rate allows for up to 2 years shelf life
  • Operating temperature -20°C to +45°C
  • EUROBAT design life: Long life > 10 years
  • Fully recyclable with low CO2 footprint
  • Compliant with IEC 60896 - 21 / 22 / IEC 61427

Applications

  • Solar and Wind Power Stations
  • Traffic systems
  • Hydro Power Generation
  • Remote Off Grid Solutions
  • Telecommunications and Mobile Phone Stations
  • Power Distribution Companies


The Energystore Gel series is a suitable for energy source for medium industrial solar systems, holiday and weekend houses, wind power stations, as well as for other safety equipment power supplies. Solar and all warehousing applications. It can be used in forklift truks, cleaning machines and electric road vehicles. Due to its high operational safety, this model is particularly suitable for application in the food, pharmaceutical and chemical industry.


1400Ah 1500Ah 1660Ah 1716Ah Gel Deep Cycle Battery for Solar Power Applications Cardiff Newcastle Australia

Specifications

General Specifications

SKU EXIDE-12ESPV1800
Manufacturer EXIDE

Mechanical Specifications

Weight (Kg) 97.0000
Dimensions 212 x 277 x 658mm

Electrical Specifications

Capacity @ 20C 1440Ah
Capacity @ 100C 1660Ah
Battery Voltage 2V
Battery Tech Sealed GEL

Attachments

View File Exide Energystore Datasheet Size: (809.79 KB)