System and Method for Monitoring Battery Health using Image Analysis through Deep-learning
Subcategory (under Clean Energy): Storage
Technology Readiness Level (TRL): TRL 4 - Early prototype
Technology Outline (Process Description)
The battery health monitoring system consists of an image capturing unit, algorithms for system regulation, and a data-driven model for fast predicting the State of Health (SoH) of batteries, fault and uneven aging in the cells. The image capturing unit captures color and thermal images of the batteries. Color images are processed to detect battery locations, while continuous thermal images are analysed to extract thermal features such as mean, standard deviation, skew, entropy, energy, and kurtosis. Algorithms have been developed to process color and thermal images, including thresholding, contour detection, and image segmentation. The data bank generation for the predictive model is involves charging batteries with known SoH using a predefined current for a specific time and storing thermal features at fixed intervals, and these are used to train the predictive model for determining battery health status.
Salient Features/Advantages
- The battery health monitoring system offers the advantages such as continuous monitoring, ensuring reliable operation and preventing failure. It provides comprehensive operation through color and thermal image capture, enabling accurate assessment. Data-driven predictive models determine battery State of Health (SoH). Automated analysis saves time and costs, while adaptability to different industries ensures versatile application. These advantages enhance efficiency, optimize battery performance, and contribute to cost-effective and reliable battery management
Key Outcomes
- System has location invariant feature that track the location of the cells in the field of view of the camera sensor, that enable to identify unhealthy cell from the module automatically. It can identify anomalies such as, short circuit cell, dead cell due to fault or connection failure and over-heated cells. it has ability to identify State of health of the cell using the date-driven model prepared
IP Protection details
- Patent filed (Title, national/International): Indian patent application no: 202111040548
- Patents Granted: Nil
- Copyrights obtained /progress on commercialisation /Pl. specify connect with industry: Nil
Contact details (for more information)
- Nodal Person name: Dr. Kapil Pareek
- Email ID: kapil.cee@mnit.ac.in
- Organisation name (Relevant link/web page): Malaviya National Institute of Technology Jaipur
Supporting Photographs/Images

Organizations involved in the development (logo/name) Malaviya National Institute of Technology Jaipur |