What is the Nickel Demand for New Energy?

[MirandaLee]

With the increase in nickel metal content in new energy applications, the battery range will improve under the same conditions. Below is relevant information about new energy: 1. Concept: It refers to various forms of energy beyond traditional energy sources. These are energy sources that are just beginning to be developed and utilized or are under active research and awaiting promotion, such as solar energy, geothermal energy, wind energy, ocean energy, biomass energy, and nuclear fusion energy. 2. Characteristics: These energy sources are abundant and generally possess renewable characteristics, allowing for sustainable use by humanity. Currently, except for hydropower, the development and utilization costs of renewable energy are higher than those of fossil fuels.

[LaIvan]

Electric vehicle owners are currently most concerned about range, and high-nickel batteries are the secret weapon for extending it. The higher the proportion of nickel in ternary lithium batteries, the greater the energy density. My car uses an 811 battery (80% nickel), making it easy to travel 500 kilometers on a single charge. Global electric vehicle manufacturers are scrambling for nickel mines, with Indonesia supplying half of the global demand. Although research on sodium batteries as a potential replacement is underway, nickel will remain the heart of electric vehicle materials for the next five years. Automakers stockpiling nickel is akin to hoarding gold. Recently, Tesla signed another major nickel mining deal in Indonesia, and the price of battery-grade nickel powder has risen by 30% this year.

[RosalieFitz]

Those engaged in battery material R&D all know that nickel determines the ceiling of batteries. In the ternary materials of nickel-cobalt-manganese, increasing nickel elevates the voltage platform, making lithium-ion movement more efficient. However, excessive nickel can destabilize the crystal structure, which is why Tesla employs single-crystal materials as a solution. Currently, 1 ton of batteries requires 40 kg of nickel, with nickel costs accounting for one-third of the 21700 battery. The commissioning of Indonesia's hydrometallurgical nickel projects has alleviated supply constraints, but battery-grade nickel sulfate must achieve a purity of 99.97%, as excessive impurities directly impact cycle life. Our lab has recently developed a high-nickel material doped with titanium, retaining 90% capacity after 2000 cycles.

[McGage]

Many people only focus on car prices, unaware that nickel supply dictates battery costs. Global EVs consumed 480,000 tons of nickel last year, projected to triple by 2030. Nickel ore undergoes five processing stages from mining to battery: laterite ore requires high-pressure acid leaching, sulfide ore needs smelting, then crystallized into nickel sulfate. Indonesia banned raw ore exports, forcing automakers to build local plants - now CATL operates in Sulawesi Island. Recycling is pivotal: 1 ton of spent batteries yields 15kg nickel, yet China's recycling rate barely hits 20%. The EU's new regulation mandates 30% recycled nickel in batteries by 2030, pressuring us to upgrade recycling chains.

[MacRiley]

A friend in the mining industry mentioned that electric vehicles have reshaped the nickel market. Previously, 70% of nickel production was used for stainless steel, but battery demand has quintupled in five years. Sulfide ores have high grades but limited reserves, while laterite mining is like digging red dirt roads, requiring high-pressure water jets. After Indonesia banned the export of raw ore, Chinese companies built 12 nickel smelters there. Tsingshan Group used RKEF technology to convert nickel iron into high-grade nickel matte, reducing battery costs by 15%. However, hydrometallurgical projects cause significant pollution, and last year a company was fined 500 million yuan for wastewater discharge. A newly discovered nickel-cobalt belt in Congo may break Indonesia's monopoly, with exploration teams already setting up camp.

[CadenMarie]

Last week's industry conference focused heavily on the impact of solid-state batteries on nickel demand. While all-solid-state batteries may reduce nickel usage, semi-solid-state batteries during the transition period actually require more nickel. NIO's 150kWh semi-solid-state battery pack uses an ultra-high-nickel cathode, increasing nickel content to 90%. A more practical approach is the nickel-doped lithium manganese iron phosphate (LMFP) solution, with CATL's M3P battery adding 15% nickel to boost voltage. Estimates show that even if solid-state batteries achieve mass production by 2030, nickel demand for new energy will still grow by 200%. Indonesia continues to control production capacity, while LME nickel futures frequently fluctuate 10% intraday, prompting battery manufacturers to follow Tsingshan's lead in futures hedging.