Shilajit Das
Research Scholar - Degradation of Lithium-ion Battery
Status Legend
Eligibility & Prerequisites
Project Progress
DEGRADATION OF LITHIUM-ION BATTERY
Stage Progress: 80%
| Document | Required | Status | Submitted | File |
|---|---|---|---|---|
WEBINAR - Ageing and Degradation of Lithium-ion Battery (PDF) This session provides a comprehensive understanding of the fundamental working principles and degradation pathways of Lithium-ion batteries. | Required | Submitted | 2026-02-25 | No file |
WEBINAR - Ageing and Degradation of Lithium-ion Battery (YouTube) This session provides a comprehensive understanding of the fundamental working principles and degradation pathways of Lithium-ion batteries. It covers the electrochemical basics of battery operation, key aging mechanisms affecting performance and safety, and advanced spectroscopy tools used to analyze material degradation. The discussion further explores real-world applications and outlines future research directions for enhancing battery lifespan, reliability, and safety in electric vehicles and energy storage systems. | Required | Submitted | 2026-02-25 | No file |
Q&A - Ageing and Degradation of Lithium-ion Battery (YouTube) This session provides a comprehensive understanding of the fundamental working principles and degradation pathways of Lithium-ion batteries. | Required | Submitted | 2026-02-25 | No file |
REPORT - Ageing and Degradation of Lithium-ion Battery This session provides a comprehensive understanding of the fundamental working principles and degradation pathways of Lithium-ion batteries. | Required | Submitted | 2026-02-09 | No file |
WEBINAR - Ageing and Degradation of Lithium-ion Battery (LinkedIn Event) This session provides a comprehensive understanding of the fundamental working principles and degradation pathways of Lithium-ion batteries. | Required | Submitted | 2026-02-25 | View |
WEBINAR - Ageing and Degradation of Lithium-ion Battery (Poster) This session provides a comprehensive understanding of the fundamental working principles and degradation pathways of Lithium-ion batteries. | Required | Submitted | 2026-02-09 | View |
WEBINAR - Ageing and Degradation of Lithium-ion Battery (PDF)
This session provides a comprehensive understanding of the fundamental working principles and degradation pathways of Lithium-ion batteries.
WEBINAR - Ageing and Degradation of Lithium-ion Battery (YouTube)
This session provides a comprehensive understanding of the fundamental working principles and degradation pathways of Lithium-ion batteries. It covers the electrochemical basics of battery operation, key aging mechanisms affecting performance and safety, and advanced spectroscopy tools used to analyze material degradation. The discussion further explores real-world applications and outlines future research directions for enhancing battery lifespan, reliability, and safety in electric vehicles and energy storage systems.
Q&A - Ageing and Degradation of Lithium-ion Battery (YouTube)
This session provides a comprehensive understanding of the fundamental working principles and degradation pathways of Lithium-ion batteries.
REPORT - Ageing and Degradation of Lithium-ion Battery
This session provides a comprehensive understanding of the fundamental working principles and degradation pathways of Lithium-ion batteries.
WEBINAR - Ageing and Degradation of Lithium-ion Battery (LinkedIn Event)
This session provides a comprehensive understanding of the fundamental working principles and degradation pathways of Lithium-ion batteries.
WEBINAR - Ageing and Degradation of Lithium-ion Battery (Poster)
This session provides a comprehensive understanding of the fundamental working principles and degradation pathways of Lithium-ion batteries.