Gel Technology Battery Ares(OPzV) Series 8OPzV 800

Product Description:

Gel Technology Battery Ares(OPzV) Series Introduction

Ares(OPzV) range battery adopts traditional gel technology .
The products are designed as standby power for communication, power, military and broadcast and television system with excellent deep cycle performance. The design float life is 18+ at 77^oF(25^oC)
The Ares(OPzV) range batteries are ensured the quality with NARADA's QA system according to the ISO9001 and ISO14001 standard.

Gel Technology Battery Ares(OPzV) Series Technical Feature:

• Traditional gel technology

• 18+ years design life under floating application   and cycle life is above 1200 at 80% DOD   under temperature 25 ^oC.

• Reliable seal performance, no acid spillage, recombination efficiency reach 99.9%

• Initial capacity above 100%, the remaining capacity above 94% after storage for 3 months (25^oC)

• low float charge voltage. design (2.23V/cell, 25^oC), extremely consistent float charge voltage
   Flexible connectors and convenient installation

Gel Technology Battery Ares(OPzV) Series Compliant Standards :

• IEC60896-21/22

• Din standard

• UL

• Manufactured under system ISO9001(TUV) and ISO14001(DNV) by Narada

Gel Technology Battery Ares(OPzV) Series Battery Installation Compliant with:

• EN 50272-2 or local equivalents

Gel Technology Battery Ares(OPzV) Series Main Application:

• Telecommunications

• Motive power applications

• Railway and mining markets

• Uninterruptible power supply (UPS)

• Solar energy storage application

• Other applications to provide integrated stored energy system
  

Gel Technology Battery Ares(OPzV) Series Products Characteristics:

• Recommended float charge voltage for 2V battery: 2.23Vpc at 25^oC(77^oF)

• Self discharge rate :< 2% per month  at 25^oC(77^oF)

• Design life: 18+ years at 25^oC(77^oF)

• Shelf life: 6 months at 25^oC(77^oF)

• Valve regulated system, no water addition needed

FAQ

What is sulfation of batteries?

Sulfation is the formation or deposit of lead sulfate on the surface and in the pores of the active material of the batteries' lead plates. If the sulfation becomes excessive and forms large crystals on the plates, the battery will not operate efficiently and may not work at all. Common causes of battery sulfation are standing a long time in a discharged condition, operating at excessive temperatures, and prolonged under or over charging.

How long a battery can last?

The service design life of a battery are vary considerably with how it is used, how it is maintained and charged, temperature, and other factors.

Do batteries self-discharge when not in use?

All batteries, regardless of their chemistry, self-discharge. The rate of self-discharge depends both on the type of battery and the storage temperature the batteries are exposed to. However, for a good estimate, Narada batteries self-discharge approximately 4% per week at 80ĄăF.