According to the monitoring of the commodity market analysis system of Shengyi Society, domestic lithium carbonate will be in a continuous decline throughout 2024 due to excess inventory. When lithium carbonate can rebound and whether it can rebound to the peak of 600000 yuan per ton has become a topic of concern in the industry. We will analyze the future of lithium carbonate in 2025 from the following four aspects.
(1) Market Review of 2024
Looking back at the price of lithium carbonate in 2024, except for a rapid upward trend after the Spring Festival and a fluctuating rebound during the “Golden September and Silver October” period, lithium carbonate remained in a state of “continuous decline” throughout the year. The post Spring Festival rally was due to the continuous fluctuation of market fermentation, Jiangxi environmental inspection, and Australian mine production reduction news under the low price center at that time. Coupled with the improvement of battery production expectations, the industry had certain expectations for downstream replenishment, driving prices from 100000 yuan/ton at the beginning of the year to a high of around 120000 yuan/ton for the year. Subsequently, it continued to decline to the cost line of around 70000 yuan/ton. The volatile rebound in the fourth quarter was due to the improvement of monthly supply and demand margins, a turning point in inventory, better downstream output than market expectations, stronger support below, and a slight rebound in prices.
(2) Supply side: Global lithium resource production continues to increase by 2025
Domestically, three types of lithium ore projects have made progress by 2025. It is expected that China’s lithium resource supply will reach 330000 tons of LCE by 2025, a year-on-year increase of 8%.
Lithium pyroxene end:
At present, the annual production of spodumene in China is about 46000 tons of LCE, and there are still multiple ongoing and climbing projects. It is expected that the supply of spodumene in China will reach 70000 tons of LCE by 2025.
Lithium mica end:
Although domestic lithium mica accounts for the largest proportion, due to high environmental pressure, profit disadvantage, and slow capacity expansion, the main production area of Yichun, a mining area for lithium mica, maintained a long period of closure and rectification in the first half of 2024. In September, domestic lithium industry giant Ningde Times also announced the shutdown of its Xiawo mine and its smelting plant, resulting in a significant decline in the smelting capacity of mica in Jiangxi. At present, the annual production of lithium mica in China is about 138000 tons of LCE, and it is expected that the supply will decrease to 105000 tons of LCE by 2025.
Salt Lake End:
At present, the annual production of salt lakes in China is about 129000 tons of LCE, and it is expected that the supply will rise to 162000 tons of LCE by 2025. In 2025, the increase in domestic smelting capacity will mainly be concentrated in the salt lake end.
From a global perspective, some high cost mines will reduce production, halt production or delay construction in 2024, but the global increase is still considerable. The main supply will still come from Australia and South America, with the main increase concentrated in Zimbabwe in Africa and Argentina in South America.
By 2025, it is expected that South American salt lakes will contribute approximately 140000 tons of LCE, Australia will contribute approximately 22000 tons of LCE, Africa will contribute approximately 70000 tons of LCE, and domestic projects will contribute approximately 23000 tons of LCE. It is expected that the global lithium resource supply will reach 1.59 million tons of LCE by 2025, a year-on-year increase of 20%.
(3) Demand side: Global demand continues to grow by 2025
In terms of new energy vehicles: the domestic situation is improving, but the overseas market is slowing down
Domestically speaking, the growth trend of new energy vehicles is strong, maintaining a high growth rate. In 2024, the sales volume of new energy vehicles in China will exceed 12 million units. Due to the penetration rate of new energy vehicles in China exceeding 50%, it is expected that the sales volume of new energy vehicles in China will exceed 15 million units by 2025, with a slower growth rate. It is expected that the new energy vehicle power battery will drive a domestic demand for 500000 tons of lithium carbonate by 2025.
Overseas perspective: The economic vitality of Europe in 2024 is still insufficient, and consumer confidence is low. The continuous expansion of fiscal deficits in various countries has forced mainstream countries to reduce or even cancel new energy subsidy policies, hindering the growth of energy companies outside the UK. In 2024, the sales of new energy vehicles in Europe decreased by 5% year-on-year, with a penetration rate of about 19%. The UK maintains a growth rate of 16.7% and a penetration rate of over 30%. 2025 is the European carbon emission assessment milestone, with policy driven electrification transformation, and European new energy vehicles may usher in a recovery. In 2024, due to the rollback of the Inflation Reduction Act, some car models in the United States will no longer enjoy subsidies of $7500 or $3500, resulting in a growth rate of only about 10% for new energy vehicles and a penetration rate of about 9%. US new energy companies are also facing increased policy uncertainty due to Trump’s presidency, and it is expected that there will be no significant increase in growth rate by 2025. Globally, it is expected that the sales of new energy vehicles will reach 19.2 million units by 2025, a year-on-year increase of 21.6%, roughly corresponding to a growth rate of 3% overseas. It is expected that power batteries will drive a global demand for 750000 tons of lithium carbonate by 2025.
In terms of energy storage batteries: maintaining high global growth
Domestically, the installation of new energy storage devices, mainly lithium-ion batteries, has maintained high growth. Especially in the third and fourth quarters, with the rush to install at the end of the year, manufacturers’ shipments have significantly increased, corresponding to a significant increase in the purchase volume of battery cells. The operating rate of top battery cell companies is as high as 90%. It is expected that the shipment volume of lithium energy storage batteries in China will be about 330GWh in 2024. The shipment volume in 2025 is expected to be around 495GWh, with an estimated growth rate of 50%.
Looking overseas
The US energy storage market is constrained by the complex grid connection process and high costs of grid renovation, which have resulted in delayed grid connection and hindered the growth rate of energy storage batteries. However, it still maintains a high growth rate. In 2023, the Federal Energy Regulatory Commission (FERC) of the United States will reform the relevant grid connection process, simplifying the process of renewable energy grid connection. The energy storage market in the United States is expected to reach 12.4GW in 2024 and 14.3GW in 2025.
From the perspective of Europe, the demand for household storage has declined, and the incremental portion may gradually shift from household storage to large-scale storage. In 2024, it is expected that the newly installed capacity will be 22.4 GWh, a year-on-year increase of 62%. The incremental capacity of household storage, industrial and commercial storage, and grid side storage will be 8.7 GWh, 2.7 GWh, and 11 GWh, respectively, accounting for 39%, 12%, and 49% of the total capacity.
Overall, it is expected that the global shipment of energy storage lithium batteries will reach 345GWh for the whole year of 2024, and maintain a growth rate of 50% in 2025, reaching 520GWh.
Inventory and supply-demand balance: Excess situation will ease in 2025
Inventory: From the end of the fourth quarter of 2023 to the whole year of 2024, domestic lithium carbonate has maintained high inventory. However, from the third quarter of 2024 onwards, due to certain production cuts in the mining sector and the peak demand season, lithium carbonate has experienced continuous destocking.
Supply side: Due to some domestic enterprises having announced production cuts, shutdowns, reduced capital expenditures, or delayed project construction, the increase in raw materials provided by the domestic resource side in 2025 is limited. It is expected that the increase in domestic smelting production will mainly come from the supply of Australian and African mines. At the same time, considering the large increase in South American salt lakes (nearly 100000 tons), it is expected that the amount of lithium salt entering the country from Chile and Argentina will increase significantly. The increase in domestic supply side is still significant, and it is expected that the increase in domestic supply side will reach 21%.
Demand side: Sales of new energy vehicles continue to grow, but the growth rate has slowed down. Energy storage will continue to maintain high growth, and the comprehensive growth rate of lithium carbonate demand side will remain around 24%.
Overall, there will still be an excess of lithium carbonate in China next year, but the excess amount will narrow.
Based on the above data, we make the following predictions about the future price trend of lithium carbonate:
In the short term, periodic changes in supply and demand will cause fluctuations in the short-term market, and lithium carbonate will experience a bottoming out near the cost line in the short term.
In the long run, it is difficult to change the surplus pattern of lithium carbonate by 2025, but there will be large-scale production cuts on the supply side, narrowing the excess. The growth rate of demand will increase, exceeding the year-on-year growth rate of supply. It is expected that the fluctuation center will gradually rise, but it is difficult to return to the historical high of 600000 yuan/ton, and will fluctuate in the range of 70000 to 120000 yuan/ton.
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