CHAPTER 13. Challenges and Opportunities in Lithium-ion Battery Supply

Wolfgang Bernhart
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引用次数: 7

Abstract

The demand for batteries from the automotive industry sector is the main driver for the future lithium-ion battery market. The cell manufacturing market is dominated by a few large players from Asia, with China getting more important. Cell costs will level out around €75 kWh−1 in the second half of the next decade. Increased volumetric energy density is the main cost reduction lever, but manufacturing processes will also provide further cost reduction opportunities. In that context, for solid state technology to be successful in automotive application, it must fulfil all important performance requirements such as fast charging capabilities, long cycle life and safety, while being significantly cheaper. Process technology development will scale volume of cathode active material processing units, causing a severe cost disadvantage risk to small sized players. Overall, demand for (battery-grade) nickel, cobalt and lithium will increase significantly. Therefore price risks due to high concentration levels for raw and refined materials and political country risks need to be mitigated, but supply shortages are unlikely. As a consequence recycling is getting increasingly important—from a cost perspective, as well as from the perspective of securing raw material supply.
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第13章。锂离子电池供应的挑战与机遇
汽车行业对电池的需求是未来锂离子电池市场的主要驱动力。电池制造市场由来自亚洲的几家大型企业主导,中国变得越来越重要。在未来十年的后半段,电池成本将稳定在75千瓦时- 1欧元左右。增加体积能量密度是降低成本的主要手段,但制造工艺也将提供进一步降低成本的机会。在这种情况下,固态技术要想在汽车应用中取得成功,就必须满足所有重要的性能要求,如快速充电能力、长循环寿命和安全性,同时价格要低得多。工艺技术的发展将扩大阴极活性材料加工单元的规模,给小型企业带来严重的成本劣势风险。总体而言,对(电池级)镍、钴和锂的需求将显著增加。因此,由于原材料和精炼材料的高度集中而产生的价格风险和政治国家风险需要得到缓解,但供应短缺的可能性不大。因此,无论是从成本的角度,还是从确保原材料供应的角度来看,回收都变得越来越重要。
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