Training of Trainers: Battery for Renewable Energy
South Tangerang, 13 – 17 March 2023
The development of renewable energy in Indonesia needs numbers of competent and qualified human resources, particularly for supporting Government target to achieve Net Zero Emission 2060. For bolstering those agenda, the Government of Indonesia (through BPSDM Ministry of Energy and Mineral Resources and Ditjen Vokasi Ministry of Education, Culture, Research and Technology) in collaboration with the Government of Swiss Confederation implementing Renewable Energy Skills Development (RESD) Project.
One of the aims of RESD Project is to launch “Program D4 Spesialisasi 1 Tahun Energi Terbarukan Bidang Solar, Hydro, dan Hybrid” in five piloting polytechnics and one supporting polytechnic on renewable energy in Indonesia. For implementing above program, since 2021 under RESD Project, it has been conducted numerous Training of Trainers (ToT) for polytechnic lecturers, specifically on technical training in the solar power plant (PLTS) and hydroelectric power plant (PLTA).
Training of Trainers: Battery for Renewable Energy 2023 will be attended by 18 lecturers in which specialized on renewable energy course from five piloting polytechnics (PEM AKAMIGAS Cepu, Politeknik Negeri Bali, Politeknik Negeri Jakarta, Politeknik Negeri Manado, Politeknik Negeri Ujung Pandang) and three supporting polytechnics (Politeknik Negeri Sriwijaya, Politeknik Negeri Ambon, Politeknik Manufaktur Bandung).
Lecturers that will be attended this Training of Trainers has been completed various Training of Trainers program, such as ToT Basic Solar in Bandung, ToT Advanced Solar in Bali, ToT Lab Equipment Solar in Manado, and ToT Advanced Practical Solar in Manado. Hence, this event will provide a basic knowledge on battery technology to adopt in renewable energy.
Syllabus
| Day 1 | |
| Subject | Battery Introduction |
| Lecturer | Prof. Dr. rer. nat. Evvy Kartini |
| Model | Theoretical |
| Output | Participants have a basic understanding on the battery technology in general |
| Subject | How Battery Works |
| Lecturer | Prof. Dr. rer. nat. Evvy Kartini |
| Model | Theoretical |
| Output | Participants have an understanding on battery cell, types, and its performance |
| Subject | Practical Work on Battery Fabrication |
| Lecturer | Muhammad Fakhrudin, ST. |
| Model | Practical |
| Output | Participants have a knowledge on battery materials and how to fabricate the battery cell |
| Subject | Practical Work on Battery Testing Performance |
| Lecturer | Sigit Aryo Kristianto, S.Si. |
| Model | Practical |
| Output | Participants have a basic understanding on how to conduct battery testing and analyze its performance |
| Day 2 | |
| Subject | Battery Module |
| Lecturer | Prof. Dr. rer. nat. Evvy Kartini |
| Model | Theoretical |
| Output | Participants have a basic understanding on battery module |
| Subject | Battery Pack |
| Lecturer | Raychan Abyqa Fahriza, S.Si. |
| Model | Theoretical |
| Output | Participants have an understanding on battery pack and battery management system |
| Subject | Practical Work on Battery Module |
| Lecturer | Sigit Aryo Kristianto, S.Si. |
| Model | Practical |
| Output | Participants have a knowledge on battery module component and how to assembly the module as well as testing performance |
| Day 3 | |
| Subject | Battery Pack Application |
| Lecturer | Prof. Dr. rer. nat. Evvy Kartini |
| Model | Theoretical |
| Output | Participants have a basic understanding on the variety of battery pack application |
| Subject | Solar Energy System |
| Lecturer | Ir. Senda Hurmuzan Kanam, M.Sc. |
| Model | Theoretical |
| Output | Participants have an understanding on solar energy system and its prospect, policy, and regulation |
| Subject | Practical Work on Battery Pack |
| Lecturer | Raychan Abyqa Fahriza, S.Si. |
| Model | Practical |
| Output | Participants have a knowledge on how to assembly battery pack |
| Day 4 | |
| Subject | Solar Photovoltaic System and Its Application |
| Lecturer | Muhammad Firmansyah, SE |
| Model | Theoretical |
| Output | Participants have a basic understanding on solar PV, inverter, and the system |
| Subject | Hybrid System Installation |
| Lecturer | Muhammad Firmansyah, SE |
| Model | Theoretical |
| Output | Participants have an understanding on battery energy storage system (BESS) installation on hybrid system |
| Subject | Practical Work on PJU System |
| Lecturer | Raychan Abyqa Fahriza, S.Si. |
| Model | Demo |
| Output | Participants have a knowledge on how PJU System works based on renewable energy |
| Subject | Practical Work on Solar PV Hybrid System |
| Lecturer | Agung Fauzi Rahman, Amd. |
| Model | Demo |
| Output | Participants gain a knowledge on hybrid system of Solar PV |
| Day 5 | |
| Subject | Battery Operation & Maintenance |
| Lecturer | Sigit Aryo Kristianto, S.Si. |
| Model | Theoretical |
| Output | Participants have a basic understanding on the battery pack operation and maintenance |
| Subject | BESS Operation & Maintenance on Hybrid System |
| Lecturer | Agung Fauzi Rahman, Amd. |
| Model | Theoretical |
| Output | Participants have a basic knowledge on BESS operation and maintenance |
