English 
TOYO Corporation has developed “Echem-DA-Lab,” software that supports the analysis and database creation of electrochemical measurement data in the field of battery and material research, with a focus on secondary batteries. The software will be available from January 20, 2026.
“Echem-DA-Lab” visualizes electrochemical data analysis, which has tended to depend on the knowledge and experience of researchers, and by creating a shared database, contributes to the realization of a highly reproducible research environment that anyone can use.
In recent years, with the advancement of impedance measurements and charge/discharge tests, the amount of data obtained from electrochemical measurements has rapidly increased. However, each measurement data item is managed using different software, making it difficult to analyze and utilize diverse data across the board. Furthermore, the interpretation of analysis results is dependent on the researcher’s experience, and data preparation is a barrier to utilizing machine learning. These are issues that have become apparent in research settings.
こちらもお読みください： 日本の廃棄物エタノール化技術の躍進は、循環型経済イノベーションの新時代を告げるもの
Toyo Corporation has been providing a highly accurate and reproducible measurement and analysis environment through its electrochemical measurement equipment and analysis software. In response to the demand for information sharing within organizations and the efficiency of research work by accumulating the highly reliable data obtained through such measurements and managing it as a database, the company has recently developed “Echem-DA-Lab” as an integrated platform that can handle multiple measurement and analysis results across multiple platforms.
The function, which will be available from January 20th, will enable the centralized management of various results obtained from electrochemical measurements, supporting efficient analysis. As part of the function updates scheduled for around 2027, the machine learning function will be gradually expanded, and applications such as diagnosing deterioration and predicting the lifespan of secondary batteries will also be considered.
By providing “Echem-DA-Lab,” 東洋 will help researchers organize and utilize electrochemical data obtained through measurements in a quantitative and reproducible manner, maximizing the value of that information and thereby contributing to the realization of a research environment where researchers can focus on “understanding phenomena” and “new ideas.”
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