Battery School 2024 is excited to present an esteemed lineup of industry experts who will share their knowledge on cutting-edge battery technology and material science. Taking place from November 19-20 at the Indonesian Life Science Center in Serpong, this event will focus on Advanced Material Processing: From Nickel to Battery, highlighting key topics like nickel mining, lithium-ion battery advancements, and sustainability in the global battery supply chain. Here’s an introduction to the speakers who will bring insights on current trends, practical expertise, and technological advancements to Battery School 2024.
Prof. Dr. rer. nat. Evvy Kartini
Founder of the National Battery Research Institute (NBRI), Prof. Dr. Evvy Kartini is a pioneering researcher in solid-state battery technology and materials science. She is internationally recognized for her groundbreaking work in neutron scattering and lithium-ion battery research, which have been widely published and awarded. At Battery School 2024, Prof. Dr. Kartini will lead sessions on “Solid-State Battery Innovation,” offering insights on future-proof battery technologies. Attendees will gain an understanding of how these advanced materials are setting new standards for safety and efficiency in electric vehicles and energy storage solutions.
Prof. Dr. Ir. Irwandy Arif, M.Si., IPU
As an esteemed mining expert and strategic advisor, Prof. Irwandy Arif brings over 40 years of expertise in Indonesia’s mining industry. His work with top Indonesian mining companies and academia provides him with a comprehensive view of how nickel and other critical minerals can drive battery production. Prof. Arif’s session, “Navigating the Nickel Market: Policies and Industry Dynamics,” will offer Battery School participants a closer look at Indonesia’s potential as a key player in the global battery supply chain, touching on regulatory landscapes and mining innovations.
Tubagus Nugraha, S.T., M.Si
Currently a Deputy Assistant in the Coordinating Ministry for Maritime and Investments Affairs, Tubagus Nugraha is an expert in mining and energy governance. With his focus on policies surrounding renewable energy and critical minerals, Nugraha will present on “Strategic Policies for Critical Mineral Resources.” His insights will help Battery School participants understand the government’s role in advancing battery technology through policies that promote sustainable mineral sourcing and efficient battery production. Nugraha’s experience offers valuable perspectives for companies navigating regulatory landscapes in Indonesia and beyond.
Rifqo Anwarie, M.Sc.
With a background in material science and sales for advanced analytical instruments, Rifqo Anwarie is an Application Sales Specialist at PT. Thermo Fisher Scientific. Anwarie’s expertise in chemical analysis and material characterization will be highlighted in his workshop on “Material Characterization Techniques.” He will demonstrate how X-ray diffraction (XRD) and other advanced tools are essential for understanding battery materials, from raw nickel ore to final battery products. His technical session will provide attendees hands-on insights into key analysis processes in battery fabrication.
Bagus Anggraini, S.Pd., M.T
A research assistant at NBRI, Bagus Anggraini has specialized knowledge in energy storage and chemical processing as it pertains to lithium-ion battery production. At Battery School 2024, Anggraini will lead a practical session on “Transforming Nickel Sulfate into Battery Cathodes.” With his expertise in material processing, Anggraini’s demonstration will walk participants through the critical steps involved in processing raw materials into efficient, high-performance battery components. This session will provide a unique opportunity to experience first-hand the technical aspects of battery material development.
Nawwal Hikmah, S.Si., M.Sc.
An expert in electrode materials and heat treatment processes for lithium-ion batteries, Nawwal Hikmah is a researcher at NBRI. With a background in materials for energy and environment from University College London, her session on “High-Power Anodes for Li-ion Batteries” will cover emerging trends in electrode technology. Participants will gain insights into how electrode composition and treatment processes affect battery performance, especially in high-power applications like electric vehicles. Hikmah’s research-driven approach provides a detailed view of the material science shaping tomorrow’s battery technology.
These speakers represent the forefront of battery innovation, each bringing expertise that spans from policy and regulation to advanced materials and practical processing techniques. Battery School 2024 offers participants a chance to not only hear from these leaders but to engage in hands-on learning and direct application of their research and technical skills. Whether you’re looking to understand Indonesia’s strategic role in the battery industry or eager to learn the science behind cutting-edge battery materials, this event is designed to provide a comprehensive learning experience.
Battery School 2024 is more than a seminar; it’s a gateway to the future of battery technology, where attendees will gain both theoretical insights and practical skills. Don’t miss this chance to learn from industry pioneers who are shaping the future of sustainable energy.
