Long-term Indonesia’s Nickel Supply Chain Strategy for Lithium-Ion Battery as Energy Storage System

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Abstract

The world energy demand is as high as ever, carbon-based energy such as oil, gas, and coal are the primary energy supply used to cope with the demand. The threat of climate change became more evident as the world population from across the world began to feel the impact. The rapid rate of sustainable energy sources such as solar and wind needs an energy storage system, as such sources of its energy are not always available. One of many kinds of energy storage system is lithium-ion battery. The demand for lithium-ion batteries reflects the world's demand for sustainable energy, making material for Lithium-ion batteries the new oil. Nickel in Lithium-ion battery is one of significant materials used to make this battery. Indonesia has been one of the world’s top producers of nickel and has the most reserve in the world. Most Indonesian nickel has been exported as raw ore to be processed in other countries. Recognizing its potential, the government has been imposing a law banning the export of raw nickel ore. The government constructs smelters to purify the ore to get a higher nickel content. But still, Indonesia has issues to work on so its plan will proceed as intended. Issues such as extensive political involvement, complicated government bureaucracy, and inconsistent policies and laws. The big investment in mining infrastructure must align with the investment in the people who will manage it and who are going to execute the actual plan.
印尼锂离子电池储能系统镍长期供应链战略
世界能源需求一如既往地高,石油、天然气、煤炭等碳基能源是满足需求的主要能源供应。随着世界各地的人口开始感受到气候变化的影响,气候变化的威胁变得更加明显。太阳能和风能等可持续能源的快速发展需要一个储能系统,因为这些能源并不总是可用的。锂离子电池是众多储能系统中的一种。对锂离子电池的需求反映了世界对可持续能源的需求,使锂离子电池材料成为新的石油。锂离子电池中的镍是制造这种电池的重要材料之一。印尼一直是世界上最大的镍生产国之一,拥有世界上最多的镍储量。大多数印尼镍作为原矿出口到其他国家进行加工。认识到其潜力,政府颁布了一项禁止出口原镍矿的法律,并建立了冶炼厂来净化矿石,以获得更高的镍含量。不过,印尼仍有一些问题需要解决,这样它的计划才能按计划进行。广泛的政治参与、复杂的政府官僚主义、不一致的政策和法律等问题。对采矿基础设施的巨额投资必须与对管理和执行实际计划的人员的投资相一致。
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