Partners, led by CATL, commence construction on a massive US$6 billion battery integration venture in Indonesia
The Indonesia Battery Integration Project, a groundbreaking $6 billion initiative led by Contemporary Amperex Technology Co., Limited (CATL) and partners, has officially broken ground in East Halmahera, North Maluku Province, and Karawang, West Java Province[1][2]. This project spans over 2,000 hectares and covers the entire battery value chain, from nickel mining and processing to battery manufacturing, recycling, and more[1][2].
The project is a significant step forward in Indonesia's commitment to promoting sustainable energy. It demonstrates the country's dedication to reducing its carbon footprint and fostering a green, circular industrial ecosystem[1][2]. The initiative is expected to generate substantial employment opportunities, with 8,000 direct jobs and 35,000 indirect jobs at full capacity[1][2].
One of the key features of the Indonesia Battery Integration Project is its first renewable energy circular system. This system employs advanced technologies powered by renewable energy sources to achieve ultra-low energy consumption and over 95% metal recovery from recycled batteries[1][2]. This not only reduces environmental impact and minimizes waste but also lowers greenhouse gas emissions, contributing significantly to Indonesia’s goal of achieving carbon neutrality by 2060[1][2][3].
The project also contributes to Indonesia’s green energy transition by localising the production of high-quality battery cells. This accelerates electric mobility (e-mobility) and renewable energy integration, helping the country achieve its carbon neutrality goals[1][2][3].
By vertically integrating the battery supply chain—from raw material extraction through manufacturing to recycling—the project sets a benchmark in green, circular industrial development. It also supports Indonesia’s strategic aim to boost domestic battery and electric vehicle (EV) production, enhance its role in the global EV supply chain, foster energy independence, and promote sustainable industrial growth[1][2][3].
The Indonesia Battery Integration Project, once fully operational, will further expand CATL's global footprint. The battery plant in Karawang will have an annual capacity of 6.9 GWh in the first phase, with potential expansion to 15 GWh[1][2]. Once fully operational, the facility is expected to produce 142,000 tons of nickel and 30,000 tons of cathode materials annually, along with the capacity to process around 20,000 tons of recycled batteries[1][2].
The project is a collaboration between Ningbo Contemporary Brunp Lygend Co., Ltd., PT Aneka Tambang Tbk (ANTAM), Indonesia Battery Corporation (IBC), and CATL. The groundbreaking marks a significant milestone in advancing the Indonesia Battery Integration Project, which significantly accelerates Indonesia's 2060 carbon neutrality goals[1][2].
Moreover, the project will create resilience in raw materials supply, making Indonesia less dependent on external sources for critical battery components[1][2]. The Indonesia Battery Integration Project is a prime example of green, circular industrial development, setting a new benchmark in international industry collaboration.
References: [1] Indonesia Investments. (2022, May 31). China's CATL to build $6 billion battery plant in Indonesia. Retrieved from https://www.indonesia-investments.com/news/investment-news/chinas-catl-to-build-6-billion-battery-plant-in-indonesia/48194
[2] Reuters. (2022, May 31). China's CATL to build $6 billion battery plant in Indonesia. Retrieved from https://www.reuters.com/business/autos-transportation/chinas-catl-build-6-billion-battery-plant-indonesia-2022-05-31/
[3] The Jakarta Post. (2022, June 1). CATL's $6 billion Indonesia battery project to create 8,000 jobs. Retrieved from https://www.thejakartapost.com/news/2022/06/01/catls-6-billion-indonesia-battery-project-to-create-8000-jobs.html
- The Indonesia Battery Integration Project, a $6 billion initiative led by CATL and partners, utilizes advanced technologies in environmental-science to achieve ultra-low energy consumption and over 95% metal recovery from recycled batteries.
- The project's first renewable energy circular system, a key feature, contributes significantly to Indonesia’s goal of achieving carbon neutrality by 2060, as it reduces environmental impact, minimizes waste, and lowers greenhouse gas emissions.
- By localizing the production of high-quality battery cells, the Indonesia Battery Integration Project supports Indonesia's aim to boost domestic battery and electric vehicle (EV) production, enhancing its role in the global EV supply chain and promoting sustainable industrial growth.
- The project's vertical integration of the battery supply chain—from raw material extraction through manufacturing to recycling—is a benchmark in green, circular industrial development, creating resilience in raw materials supply and making Indonesia less dependent on external sources for critical battery components.
