Improved Battery Performance
Doubled Battery Life Span
Crystal Control Technology® can double the useful life of a battery. It increases backup reliability and reduces battery cost by 50 %. Even worn batteries benefit from the life cycle extension and show drastically reduced aging rates.
Improved Capacity Retention
Even after repeated charge cycles, treated batteries have 340% more capacity over their lifespan than untreated batteries. Already weak batteries show restored performance by reaching higher voltages and discharging more slowly than before.
Optimized Battery Charging
Batteries typically charge 14% faster and require < 20 % less charge current. This increases the energy efficiency of the site. It also helps to improve the charge status and thereby the performance of the batteries.
Protects On-Site Equipment
Electronics and computer-operated equipment experience less stress caused by power fluctuations, since Crystal Control Technology® keeps battery voltage higher and more stable. This reduces replacement costs for on-site equipment.
Operation & Maintenance Benefits
Treated batteries require less maintenance. Their mechanical stability and tolerance to vibrations is improved. And they are better protected against deep discharge and undercharge.
Voltage Balancing Effect
The technology harmonizes the discharge behavior of the individual cells in a battery string. This results in a more stable power supply and improved protection against the negative effects of charge imbalance on the batteries.
How Crystal Control Technology® Works
Crystal Control Technology® manipulates the crystallization process in lead acid batteries, which is responsible for capacity loss. When the battery is charged, it applies especially modulated overvoltage pulses to the electrodes. The additional energy increases the ion movement in the electrolyte with three beneficial effects:
Lead sulphate crystals more effectively dissolved, increasing battery life span.
Lead dioxide forms a more even coating on the positive electrode, increasing battery capacity.
Batteries charge more efficiently