Advanced Battery Technology: Standardization for Ensuring Safety, Performance, and Sustainability in Electric Vehicles
25-26 February 2025
South Tangerang, 25-26 February – The training program “Advanced Battery Technology: Standardization for Ensuring Safety, Performance, and Sustainability in Electric Vehicles” concluded successfully, presenting a significant step forward in strengthening knowledge and skills in electric vehicle (EV) battery technology.
Organized by the National Battery Research Institute (NBRI) in collaboration with Queen Mary University of London (QMUL), this two-day intensive program combined comprehensive theoretical and hands-on learning modules. Participants explored critical topics including Lithium-Ion Batteries, Battery Fabrication, Battery Testing & Applications, Battery Pack and BMS, EV Battery Standardization, as well as Regulation and Policy.
In addition to classroom sessions, participants engaged in practical demonstrations such as Battery Fabrication, Cell Performance Testing, Battery Pack Assembly, and Safety Testing. The program concluded with a Project Presentation, allowing participants to apply their knowledge and showcase their understanding of advanced battery systems.
Every participant received an International Certificate certified by NBRI and QMUL, a complete learning e-module book, as well as seminar kits, with meals and coffee breaks provided throughout the two-day event.
This training not only strengthened participants’ expertise in battery safety, performance, and sustainability but also contributed to supporting Indonesia’s clean energy transition through the advancement of EV battery technology.
Syllabus
| Day 1 | |
| Subject | All About Lithium-ion Batteries |
| Lecturer | Prof. Dr. rer. nat. Evvy Kartini |
| Model | Theoretical |
| Output | Participants have a basic understanding on battery technology, its system, and components |
| Subject | Battery Fabrication and Testing |
| Lecturer | Prof. Dr. rer. nat. Evvy Kartini |
| Model | Theoretical |
| Output | Participants have a basic understanding on battery components and cell |
| Subject | Battery Business Development & Strategy |
| Lecturer | Muhammad Firmansyah, S.E. |
| Model | Theoretical |
| Output | Participants have a basic understanding on battery business development & strategy |
| Subject | Introduction to Battery Pack Assembly |
| Lecturer | Thohar Ahmad Hasibuan, S.T. |
| Model | Theoretical |
| Output | Participants have a basic understanding on how to do battery pack assembly |
| Subject | Battery Pack Assembly |
| Lecturer | Thohar Ahmad Hasibuan, S.T./Agus Sudjatno, S.T. |
| Model | Practical Work |
| Output | Participants have a hands-on experience on battery pack assembly |
| Day 2 | |
| Subject | All About Battery Pack, BMS, and Battery Performance Testing |
| Lecturer | Ir. Chairul Hudaya, S.T., M.Eng., Ph.D, IPM |
| Model | Theoretical |
| Output | Participants have a basic understanding on battery pack, battery management system, and performance testing |
| Subject | EV Battery Standardization in Indonesia |
| Lecturer | Iryana Margahayu, S.T., S.H. |
| Model | Theoretical |
| Output | Participants have a basic knowledge on EV Battery safety and standardization |
| Subject | EV Battery Regulation and Policy in Indonesia |
| Lecturer | Ministry of Industry |
| Model | Theoretical |
| Output | Participants have a basic knowledge on EV Battery Regulation and Policy |
| Subject | Battery Pack Safety Testing |
| Lecturer | Ricky Herlambang, S.T. |
| Model | Demo |
| Output | Participants have a basic knowledge on how to conduct battery pack safety testing |
| Subject | Project Presentation and Discussion |
| Lecturer | Prof. Dr. rer. nat. Evvy Kartini Ir. Chairul Hudaya, S.T., M.Eng., Ph.D, IPM |
| Model | Theoretical |
| Output | Participants have a basic knowledge on how to analyze the result of battery performance testing and deepen participant’s understanding about the topic. |