Valve Regulated Lead Acid battery in which the electrolyte is fixed in an Absorbent Glass Mat (AGM)
No topping up required during the whole service life
300 cycles in accordance with IEC 60254-1
Fully recyclable: Resource-saving and low CO2 footprint
Valve regulated lead battery with electrolyte fixed in an absorbent glass mat (AGM); Spiral wound...
No water refilling during the entire service life
Exceptional discharge and recharge properties due to innovative plate design
Outstanding durability, especially at partial state of charge
Lead battery with liquid electrolyte
300 cycles in accordance with IEC 60254-1
Fully recyclable; Resource-saving and low CO2 footprint
Valve regulated lead battery with electrolyte fixed in a Gel
No water refilling during the entire service life
Strong industrial design for long service life, leak-proof, low self-discharge
700 cycles in accordance with IEC 60254-1
Valve regulated lead battery with electrolyte fixed in a Gel
No water refilling during the entire service life
Strong design for long service life, leak-proof, low self-discharge
450 cycles in accordance with IEC 60254-1
Valve regulated lead battery with electrolyte fixed in a Gel
No water refilling during the entire service life
Strong industrial design for long service life, leak-proof, low self-discharge
1,000 cycles in accordance with IEC 60254-1
Robust lead-acid battery technology with liquid electrolyte.
Proven tubular plate technology for long cycle life.
Completely recyclable, what allows a low CO2 footprint.
Low antimony lead battery allows minimized water refilling
Proven tubular plate technology for long cycle life
Reduced water loss due to optimized charging technology lowers costs and reduces CO2 footprint
Fully recyclable; Resource-saving and low CO2 footprint
Valve-regulated battery technology, electrolyte is fixed in a gel
Maintenance-free (no topping up) during the whole service life due to the Sonnenschein dryfit®...
No contamination or corrosion due to liquid electrolyte and very low self-discharge.
Completely recyclable, what allows a low CO2 footprint.
