Batteries

Batteries are virtually the ultimate in an electrochemical device, so it comes as no surprise that, as a general rule, battery scientists understand electrochemistry very well and use electrochemistry as a routine tool to develop and improve their products.

Because of their electrochemical expertise, battery scientists demand both technical excellence and flexibility in their instruments.  Because of Gamry's expertise, battery scientists are a rapidly growing segment of Gamry's customer base.  They like the performance and the versatility of the Series G 750 Potentiostat, the preferred instrument for batteries  They like the wide variety of software packages, particularly the EIS300 Electrochemical Impedance Spectroscopy, the PHE200 Physical Electrochemistry, and the DC105 Corrosion Techniques.  They also like the sequencing capability that is built into Explain, Gamry's experiment control language.  And they especially appreciate Open Source Scripting, which allows Gamry software to be easily modified for custom applications. 

If you are a Gamry user, we would like to send you a suite of charge-discharge scripts to evaluate.  We'd also like your comments on ways to modify the scripts to meet your testing criteria.

An example of an EIS analysis of a secondary alkaline battery can be found here, along with an interesting discussion of the modeling of the battery impedance results.

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Last revised on Wednesday, January 03, 2007