Sunlight XtremeForce

Sunlight XtremeForce

An ideal choice for operations under extreme conditions. XtremeForce offers a longer operating time and fast charging for multi-shift applications. An extremely productive traction battery, one battery can replace two conventional lead-acid batteries.

Sunlight XtremeForce are robust lead-acid battery series for industrial mobility.

Sunlight XtremeForce

Sunlight XtremeForce product range, based on CSM (Copper Stretch Metal) technology, is able to operate under extreme conditions, offering high energy density for demanding and heavy-duty applications. It can offer longer operating time through its higher energy content as well as faster & opportunity charging through its reduced internal resistance, helping to increase productivity.

Positive Plates Tubular
Positive Active Mass Red Lead made from 99.99% Pure Lead
Negative Grid Copper Stretch Metal (CSM)
Negative Active Mass Inhouse Production of Lead Oxide
Plate Alloy Lead Antimony
Container Polypropylene (PP)
Lid Polypropelene (PP)
Separator Enveloped Highly Porous
Gauntlet Non Wooven
Bottom Bar Ultrasonic Welding
Terminal Conical Pole (M10)
Tray Fully Plastic Coated Steel
Connectors Insulated Flexible Bolt-on
Bolt Plastic Headed Bolt
Battery Sockets DIN & Flat Pole Options
Exit Cables Insulated & Flexible
Automatic Filling System Optional
Airlift System Optional
Operating Temperature -20°C έως 45°C
Life Cycle 1500 cycles (80% DoD max, 30°C)

Benefits

A proven and extremely robust lead-acid battery manufactured in Sunlight Group's Industrial Complex.

High performance

By using a copper grid in the negative plates, we achieve reduced internal resistance.

Operation under extreme temperatures

Cold storage, outdoor applications and seasonal business with high activity peaks.

Fully recyclable product

Circular economy enabler

Fast / Opportunity charging

Multiple shift operations

Product leaflet

Certified quality

  • IEC 60254 - 1

  • IEC 60254 - 2

  • DIN 43531

  • DIN 43535

  • DIN 43536

  • DIN 43537 

  • EN 62485 - 3