Exide Premium Carbon Boost Car Battery 100AH 900A/EN – New Model 2014/2015

The carbon boost effect › during discharge non-conductive lead sulphates are formed, which increasingly cover the negative plates and isolate the surface from electrolytes › As a result significantly more energy is required to charge the battery, in order to initially remove the sulphate, which reduces the efficiency significantly. › Exide Premium battery with carbon boost offers a superior conductivity and dissolves the sulphates much quicker, thanks to its special carbon additive with enlarged surface › Exide Premium with carbon boost has a much improved power consumption compared to standard batteries and charges up to 1.5 times faster › According to breakdown statistics*, a battery failure is also the most common cause of a car breakdown, with carbon boost, this risk is significantly reduced as faster charging guarantees an optimum state of battery charging. Benefits: An excellent adhesion of active mass for very long service life with high cyclic loads › Improved electrical conductance for higher power output › Special alloy for maximum durability and performance › High resistance to vibration and corrosion › Environment friendly production through energy saving › Constant high quality and automatic manufacturing process

Exide Premium 100AH – 900A/EN model with carbon boost technology.
As per breakdown statistics*, a battery failure is the most common cause of a car breakdown. With carbon boost this risk is clearly reduced, as faster charging ensures an optimal charging level of the battery.
Exide Premium with carbon boost has a significantly improved power consumption compared to standard batteries and charges up to 1.5 times faster.
Dimensions: L: 353 mm x B: 175 mm x H: 190 mm, Voltage: 12V Capacity: 100Ah cold start current (EN): 900A Pole configuration: 0 (+pole: right).
Exide Premium battery with carbon boost provides superior conductivity and dissolves the sulphate much faster through its special carbon additive with enlarged surface.