There are two kinds of test operations to test the battery DCIR, one is the pulse DCIR test and another one is the step DCIR test.Pulse DCIR test operationFor pulse test setup, please refer to this article firstly: https://newarebattery.com/pulse-test-on-neware-bts4000-and-igbt/Operation standard of pulse DCIR test: At 0.2C working current the battery works 10s, and at 1C battery works 1s. The following
It is unquestionable, that renewable and storage energy industry is growing dramatically during the past decades, therefore, in order to use renewable energy instead of traditional fossil resources, it is essential to deeply understand and working on improve battery’s performance, people realized by analyzing the result of GITT test, as Dee and etc.. Published in 2009, GITT experiments were conducted to determine
For some customer, they’d like to use BTS4000 for high frequency(such as 500ms), so they’d set up a testing script likes the following picture: But when looking at the testing result, the data is not correct, please refer to the following picture, the current is very small or even 0. That’s strange, right? So if you want to use regular testing
As the most advanced battery testing system from Neware, BTS9000 is capable of all the popular pulse tests, such as GSM/CDMA/GPRS/WCDMA, etc. Following pictures are the screenshots from Agilent oscilloscope, these pictures show that BTS9000 output pulse curves exactly as cutomers’ requirement. It the ideal choice for battery material research.