碳酸锂期货早报-20260327

1. Report Industry Investment Rating - Not provided in the report 2. Core Viewpoints of the Report - Supply side: Last week, lithium carbonate production was 24,186 tons, a 3.24% week-on-week increase, higher than the historical average. In February 2026, lithium carbonate production was 83,090 physical tons, and next month's production is forecasted to be 106,390 tons, a 28.04% increase. The import volume in February was 21,800 physical tons, and next month's import is forecasted to be 26,000 tons, a 19.27% increase [8][9]. - Demand side: Last week, the inventory of lithium iron phosphate sample enterprises was 106,718 tons, a 0.89% week-on-week increase, and the inventory of ternary material sample enterprises was 18,992 tons, a 3.08% week-on-week increase. Next month's demand is expected to strengthen, and inventory may be depleted [8][9]. - Cost side: The daily CIF price of 6% concentrate increased week-on-week, lower than the historical average. The demand - led situation has weakened. Lithium carbonate 2605 will fluctuate in the range of 153,080 - 163,520 [9]. - Expectations: The cost of purchased spodumene concentrate is 148,927 yuan/ton, with no daily change, resulting in a loss of 3,259 yuan/ton. The cost of purchased lepidolite is 141,044 yuan/ton, with no daily change, resulting in a profit of 5,594 yuan/ton. The production cost of the recycling end is generally higher than that of the ore end, with negative production income and low production enthusiasm. The quarterly cash production cost of the salt lake end is 32,231 yuan/ton, significantly lower than the ore end, with sufficient profit margins and strong production motivation [10]. - Overall judgment: The fundamentals are bullish; the basis is neutral; the inventory situation is generally bullish; the disk is neutral; the main position is bearish. The main logic is the emotional shock caused by news under the tight supply - demand balance [10][13]. 3. Summaries by Relevant Catalogs 3.1 Daily Viewpoints - Supply: Last week's lithium carbonate production was 24,186 tons, up 3.24% week - on - week. In February 2026, production was 83,090 tons, and next month's forecast is 106,390 tons, up 28.04%. The import volume in February was 21,800 tons, and next month's forecast is 26,000 tons, up 19.27% [8][9]. - Demand: Last week, the inventory of lithium iron phosphate sample enterprises was 106,718 tons, up 0.89% week - on - week, and the inventory of ternary material sample enterprises was 18,992 tons, up 3.08% week - on - week. Next month's demand is expected to strengthen, and inventory may be depleted [8][9]. - Cost: The daily CIF price of 6% concentrate increased week - on - week, lower than the historical average. The demand - led situation has weakened. Lithium carbonate 2605 will fluctuate in the range of 153,080 - 163,520 [9]. - Expectations: The cost of purchased spodumene concentrate is 148,927 yuan/ton, with no daily change, resulting in a loss of 3,259 yuan/ton. The cost of purchased lepidolite is 141,044 yuan/ton, with no daily change, resulting in a profit of 5,594 yuan/ton. The production cost of the recycling end is generally higher than that of the ore end, with negative production income and low production enthusiasm. The quarterly cash production cost of the salt lake end is 32,231 yuan/ton, significantly lower than the ore end, with sufficient profit margins and strong production motivation [10]. - Bullish factors: Lepidolite manufacturers' production cut plans and a week - on - week decline in lithium carbonate imports from Chile [11]. - Bearish factors: High - level supply from ore/salt lake ends with limited decline [12]. - Main logic: Emotional shock caused by news under the tight supply - demand balance [13]. 3.2 Fundamental/Position Data - Supply - side data: The weekly operating rate was 73.46%, unchanged from the previous week. The daily production cost of spodumene was 148,927 yuan/ton, unchanged. The monthly processing cost of spodumene was 20,800 yuan/ton, down 0.72%. The daily production profit of spodumene was - 3,259 yuan/ton, down 303.43%. The daily production cost of lepidolite was 141,044 yuan/ton, unchanged. The monthly processing cost of lepidolite was 34,890 yuan/ton, down 0.51%. The daily production profit of lepidolite was 5,594 yuan/ton, down 11.05%. The total weekly inventory was 98,873 tons, down 0.09%. The smelter inventory was 16,608 tons, up 1.94%. The downstream inventory was 46,105 tons, up 1.00%. Other inventory was 36,160 tons, down 2.32%. The monthly total production was 83,090 tons, down 15.13%. The monthly import volume of lithium concentrate was 438,336 tons, down 31.07%. The monthly import volume of lithium carbonate was 26,426.79 tons, down 1.61% [19]. - Demand - side data: The monthly operating rate of lithium iron phosphate was 65%, down 7.14%. The monthly production was 300,250 tons, down 7.67%. The monthly operating rate of lithium iron phosphate was 60%, down 11.76%. The monthly production was 348,200 tons, down 12.20%. The monthly export was 6,529,967 kg, up 14.83%. The weekly inventory was 106,718 tons, up 0.89%. The monthly operating rate of ternary precursor was 63.23%, unchanged. The monthly production was 70,720 tons, down 12.77%. The monthly total vehicle loading volume of power batteries was 26,300 GWh, down 37.38%. The vehicle loading volume of lithium iron phosphate was 5,700 GWh, down 39.36%. The vehicle loading volume of ternary batteries was 20,600 GWh, down 37.00% [19]. 3.3 Lithium Ore Supply - Price: The price of 6% CIF lithium ore is presented in the report, showing its historical trend [26]. - Production: The production of Chinese sample spodumene mines and domestic lepidolite is presented, showing their historical trends [26]. - Import: The monthly import volume of lithium concentrate is presented, including imports from Australia and other regions [26]. - Self - sufficiency rate: The self - sufficiency rates of spodumene, lithium ore, and lepidolite are presented [26]. - Inventory: The weekly inventory of port traders and unsold lithium ore is presented, showing its historical trend [26]. 3.4 Lithium Carbonate Supply - Operating rate: The weekly operating rates of lithium carbonate production from different sources (spodumene, lepidolite, salt lake, and recycled materials) are presented, showing their historical trends [31]. - Production: The weekly and monthly production of lithium carbonate from different sources and by different grades are presented, showing their historical trends [31]. - Import: The monthly import volume of lithium carbonate from different regions (Chile, Argentina, etc.) is presented, showing its historical trend [31]. - Recycling: The monthly recycling volume of waste lithium batteries is presented, including the recycling of lithium iron phosphate and ternary materials [33]. 3.5 Lithium Hydroxide Supply - Capacity utilization rate: The weekly capacity utilization rate of domestic lithium hydroxide is presented, showing its historical trend [39]. - Operating rate: The monthly operating rates of lithium hydroxide production from different sources (causticization and smelting) are presented, showing their historical trends [39]. - Capacity: The smelting capacity of lithium hydroxide is presented, including causticization and smelting capacities [39]. - Production: The production of lithium hydroxide from different sources is presented, showing its historical trend [39]. - Export: The export volume of Chinese lithium hydroxide is presented, showing its historical trend [39]. 3.6 Lithium Compound Cost and Profit - Spodumene concentrate: The cost and profit of purchasing spodumene concentrate for production are presented, showing their historical trends [45]. - Lepidolite concentrate: The cost and profit of purchasing lepidolite concentrate for production are presented, showing their historical trends [45]. - Recycling: The cost and profit of recycling different types of waste lithium battery materials (lithium iron phosphate battery black powder, ternary pole piece black powder, etc.) to produce lithium carbonate are presented, showing their historical trends [48]. - Purification and conversion: The profit of purifying industrial - grade lithium carbonate, converting lithium hydroxide to lithium carbonate, and other processes are presented, showing their historical trends [48][51]. 3.7 Inventory - Lithium carbonate: The weekly and monthly inventories of lithium carbonate, including smelter, downstream, and other inventories, are presented, showing their historical trends [53]. - Lithium hydroxide: The monthly inventory of lithium hydroxide, including smelter and downstream inventories, is presented, showing its historical trend [53]. 3.8 Demand - Lithium Battery - Power Battery - Price: The price trends of different types of power batteries (523 square, power - type square lithium iron phosphate, etc.) are presented [56]. - Production: The monthly production of power battery cells (power ternary and power lithium iron phosphate) is presented, showing its historical trend [56]. - Vehicle loading volume: The monthly vehicle loading volume of power batteries (lithium iron phosphate and ternary materials) is presented, showing its historical trend [56]. - Export: The export volume of lithium batteries is presented, showing its historical trend [56]. 3.9 Demand - Lithium Battery - Energy Storage - Inventory: The inventory of lithium battery cells (power ternary, power lithium iron phosphate, and energy - storage batteries) is presented, showing its historical trend [58]. - Bidding: The energy - storage system EPC and other equipment EPC bidding prices and the average bidding price are presented, showing their historical trends [58]. - Operating rate: The operating rate of the energy - storage battery industry is presented, showing its historical trend [58]. - Production and shipment: The monthly production and shipment trends of energy - storage battery cells (household and industrial and commercial, grid - side) are presented, showing their historical trends [58]. 3.10 Demand - Ternary Precursor - Price: The prices of different types of ternary precursors (5 - series, 6 - series, 8 - series) are presented, showing their historical trends [61]. - Cost and profit: The cost and profit of the 523 (polycrystalline/consumer) ternary precursor are presented, showing their historical trends [61]. - Processing fee: The processing fees of different types of ternary precursors (523 polycrystalline, 622 polycrystalline, 811 polycrystalline) are presented, showing their historical trends [61]. - Capacity utilization rate: The capacity utilization rate of ternary precursors is presented, showing its historical trend [61]. - Capacity and production: The capacity and monthly production of ternary precursors are presented, showing their historical trends [61]. 3.11 Demand - Ternary Material - Price: The prices of different types of ternary materials (5 - series, 6 - series) are presented, showing their historical trends [67]. - Cost and profit: The cost and profit of the 523 (polycrystalline/consumer) ternary material are presented, showing their historical trends [67]. - Operating rate: The weekly operating rate of ternary materials is presented, showing its historical trend [67]. - Capacity and production: The capacity and production of ternary materials are presented, showing their historical trends [67]. - Export and import: The export and import volumes of ternary materials are presented, showing their historical trends [70]. - Inventory: The weekly inventory of ternary materials is presented, showing its historical trend [70]. 3.12 Demand - Iron Phosphate/Iron Phosphate Lithium - Price: The prices of iron phosphate and iron phosphate lithium (power - type, low - end energy - storage type, mid - and high - end energy - storage type) are presented, showing their historical trends [71]. - Cost and profit: The production cost of iron phosphate and the cost - profit trend of iron phosphate lithium are presented, showing their historical trends [71]. - Capacity and production: The capacity and monthly production of iron phosphate and iron phosphate lithium are presented, showing their historical trends [71][74]. - Export: The monthly export volume of iron phosphate lithium is presented, showing its historical trend [74]. - Inventory: The weekly inventory of iron phosphate lithium is presented, showing its historical trend [76]. 3.13 Demand - New Energy Vehicle - Production: The production of new energy vehicles (plug - in hybrid and pure - electric) is presented, showing its historical trend [79]. - Export: The export volume of new energy vehicles is presented, showing its historical trend [79]. - Sales: The sales of new energy vehicles (plug - in hybrid, pure - electric, and total sales) are presented, showing their historical trends [79]. - Penetration rate: The sales penetration rate of new energy vehicles is presented, showing its historical trend [80]. - Retail - to - wholesale ratio: The retail - to - wholesale ratios of hybrid and pure - electric new energy vehicles are presented, showing their historical trends [83]. - Inventory index: The monthly dealer inventory warning index and inventory index of new energy vehicles are presented, showing their historical trends [83].