According to ekbis.sindonews.com, Indonesia possesses 40% of the world’s nickel reserves — the largest share globally — yet remains unable to lead the global battery supply chain despite this strategic advantage.
Strategic Resource, Structural Gaps
Indonesia’s geological endowment places it at the center of the global energy transition: with more than 40% of proven global nickel reserves, the country is uniquely positioned to shape lithium-ion battery production for electric vehicles and grid-scale storage. However, this resource dominance has not translated into industrial leadership. As noted by Filda C. Yusgiantoro, Chairperson of the Purnomo Yusgiantoro Center (PYC), Indonesia’s position in the battery supply chain remains underdeveloped relative to its raw material advantage.
The gap stems from incomplete downstream integration. While Indonesia has aggressively pursued nickel smelting — banning raw ore exports since 2020 — it still lacks large-scale, vertically integrated battery cell manufacturing capacity. The country’s current output focuses on intermediate products such as nickel matte and ferronickel, rather than cathode active materials (CAM) or finished battery cells. According to the report, this limits Indonesia’s ability to capture value beyond primary processing and constrains its influence over technical standards, quality certification, and supply chain governance.
Hilirisasi Challenges and Sustainability Imperatives
The PYC’s analysis, presented during PYC Talks Vol. 3 in South Jakarta, emphasized that responsible management across the entire value chain — from mining to manufacturing — is essential for long-term viability. Filda C. Yusgiantoro stated:
“Indonesia has a strategic position in the global battery supply chain through nickel reserves exceeding 40 percent of global reserves. However, this development has not fully aligned with the goals of building a nickel-based battery industry, and mining-to-manufacturing processes must be managed responsibly to ensure sustainability.” — Filda C. Yusgiantoro, Chairperson, Purnomo Yusgiantoro Center
This call for responsible scaling reflects mounting international scrutiny. Recent reports cited in the source indicate that Chinese investors — major drivers of Indonesia’s nickel infrastructure — are redirecting capital toward Africa amid regulatory uncertainty and shifting policy signals in Indonesia. One such report notes that investors from China have begun relocating nickel investment projects due to “frequent changes in Indonesian mining policy.” Meanwhile, Tsingshan, a key foreign investor in Indonesia’s nickel sector, is now advocating for collaborative, environmentally friendly downstream development — signaling growing pressure to align with global ESG benchmarks.
Economic Scale and Policy Momentum
Despite structural hurdles, Indonesia is advancing large-scale industrialization efforts. A separate study referenced in the article states that 13 downstream nickel projects are expected to complete feasibility studies by July 2026, with an estimated combined investment value of Rp239 trillion (approximately $15.2 billion USD at current exchange rates). These projects span integrated smelters, stainless steel plants, and nascent battery precursor facilities — though none yet include gigafactory-scale cell assembly lines.
Domestically, policy coordination remains fragmented. The Ministry of Energy and Mineral Resources, the Ministry of Industry, and the Coordinating Ministry for Economic Affairs operate overlapping mandates without a unified roadmap for battery ecosystem development. This contrasts with coordinated national strategies seen in the EU (via the European Battery Alliance) and China (through its “New Energy Vehicle” industrial plan). Indonesia’s fiscal year 2026 budget allocates only limited R&D funding specifically for battery chemistry innovation or local electrolyte production — areas where competitors hold significant patent advantages.
Global Context and Competitive Positioning
Indonesia competes not only with traditional nickel producers like the Philippines, Russia, and New Caledonia, but also with rapidly industrializing nations pursuing parallel battery strategies. For example, Vietnam has secured partnerships with Korean battery makers to develop cathode material plants, while India launched a $2.7 billion Production-Linked Incentive scheme targeting battery cell manufacturing in 2024. Indonesia’s comparative advantage lies in scale and cost — its laterite ore deposits offer lower extraction costs than many alternatives — but it lacks the supplier ecosystems, skilled labor pipelines, and IP licensing frameworks needed to attract high-value battery manufacturing.
Supply chain professionals assessing Indonesia’s role note that raw material control alone no longer guarantees leadership. As one practitioner observed in related industry briefings, “Securing 40% of global nickel reserves is necessary but insufficient; what matters now is who controls the cobalt-nickel-manganese (NCM) ratio patents, who certifies thermal runaway safety, and who sets recycling protocols for end-of-life EV batteries.” Without parallel investments in testing labs, battery management system (BMS) software development, and circular economy infrastructure, Indonesia risks becoming a high-volume, low-margin node — not the orchestrator — of the global battery value chain.
Source: ekbis.sindonews.com
Compiled from international media by the SCI.AI editorial team.
