• Each colored line represents an individual module (or cell) inside the failed hybrid battery.
• Lines of different lengths represent different capacities of the modules.
• Having many different length lines and especially many short lines means the battery was etremely out-of-balance with several bad modules.

What our equipment tells us

The reconditioning process is separated into several steps. These steps all use different equipment to achieve different goals.

• Cycling – Restores capacity and stress-tests the modules to eliminate weak modules or modules that may be nearing end of life.
• Profiling – Precision measurement of the modules is conducted to classify determine the important parameters of the modules.
• Final testing – Testing the final product under high load ensures that the reconditioning process results in a well balanced and matched hybrid battery pack.

What our equipment tells us

• After the reconditioning process every battery pack will consist of only high capacity modules with similar characteristics (Capacity, Resistance, etc).
• The graph shows all modules of similar high capacity which indicates a well balanced battery with matched modules.

What our equipment tells us