The battery manufacturer VARTA is not only a traditional company, but also the German market leader in its segment: around 1.7 billion alkaline manganese batteries leave the production facility in Germany every year. Large parts of Europe are served with these batteries. VARTA produces a wide variety of battery types. The LONGLIFE product line includes alkaline manganese batteries with an extra long lifespan. They are available in three different versions for different requirements.
LONGLIFE Max Power
With some devices, such as digital cameras or game consoles, the power consumption often changes at short intervals – depending on whether the device is being actively used, is in standby or sleep mode, or is switched off completely. VARTA LONGLIFE Max Power batteries are particularly suitable for these devices. They have a high energy density and are very resilient, so they can handle above-average energy requirements. The energy density also means that the batteries have a longer service life, which means that devices can be operated for longer periods without interruptions for battery replacement.LONGLIFE Power
In contrast to this fluctuating, high energy demand, other devices such as LED lamps, electronic toys and computer applications require a constantly relatively high level of energy. VARTA Power batteries, which reliably and constantly supply a large amount of energy over a long period of time, are suitable for this purpose.
LONGLIFE
VARTA LONGLIFE batteries are ideal for the devices in our everyday lives that consume little but continuous energy over a long period of time, such as watches, remote controls or cordless phones. They supply low quantities of energy over a long period of time. This means that household appliances can function properly for a long time and make our everyday lives easier without weakening at the crucial moments – just as they should.The VARTA LONGLIFE batteries have the right battery for every need. The extended service life makes the product economical for the consumer and at the same time reduces the burden on the environment. Which model to choose ultimately depends on the equipment and purpose for which they are needed.
