Indonesia’s minister of energy and mineral resources, Bahlil Lahadalia, announced plans to begin construction on the world’s first fully integrated electric vehicle (EV) battery ecosystem.

The groundbreaking for the project, valued between US$6 billion and US$7 billion, is scheduled for June 2025.

The project will cover the entire EV battery supply chain, including nickel mining, refining facilities, and High Pressure Acid Leaching (HPAL) technology.

It will also involve the production of precursors, cathodes, and battery cells.

Speaking in Jakarta on June 3, Lahadalia reaffirmed Indonesia’s commitment to retaining added value from its natural resources within the country.

🔗 Source: Kontan

🧠 Food for thought

1️⃣ Indonesia’s battery ambitions coincide with exploding global demand

Indonesia’s $6-7 billion integrated battery ecosystem project comes at a strategic time when global EV adoption is accelerating rapidly.

Over 250,000 electric cars were sold weekly in 2023, and the battery market is expected to quadruple by 2030, driven by increasing EV adoption worldwide 1.

This growth creates significant economic opportunities for countries with key battery materials, particularly for Indonesia with its substantial nickel reserves.

The project’s focus on vertical integration, from mining to battery cell production, directly addresses the reality that batteries represent the largest cost component for EV manufacturers, influencing both performance and pricing strategies 1.

By controlling the entire value chain domestically, Indonesia aims to capture more economic value compared to traditional resource export models.

2️⃣ Environmental challenges remain central to battery manufacturing

Indonesia’s integrated battery project will need to address significant environmental concerns associated with battery production.

Manufacturing lithium-ion batteries can emit between 2,400 kg and 16,000 kg of CO2 per battery, depending on materials and energy sources used 2.