DCIR measurement
The DCIR (Direct Current Internal Resistance) measurement is a test method for determining the direct current internal resistance of battery cells, battery modules, or energy storage systems.
This involves measuring the change in voltage under a defined DC load. The internal resistance is calculated from the ratio of the change in voltage to the change in current and is typically expressed in milliohms (mΩ).
In battery testing, the DCIR measurement is a key parameter for evaluating a cell’s performance, state of aging, and load capacity. Stable contacts, low transition resistance, and reproducible measurement conditions are crucial for reliable measurement results.
FAQ
It is used to evaluate the performance, resilience, aging status, and quality of battery cells.
In a DCIR measurement, a defined current load is applied and the resulting change in voltage is measured. The DC internal resistance is then calculated from this.
Stable contact force, low transition resistance, high current-carrying capacity, and reproducible test conditions are important.
Any further questions?
Whether you have questions, suggestions, or requests, we are here to advise and support you.
