碳酸锂期货日报-20251225
Jian Xin Qi Huo·2025-12-25 03:48
- Report Information - Report Name: Carbonate Lithium Futures Daily Report [1] - Date: December 25, 2025 [2] - Researcher: Zhang Ping, Yu Feifei, Peng Jinglin [3][4] 2. Core Viewpoints - Carbonate lithium futures rose to a new high in two years, with total positions decreasing by 9,244 lots and increasing capital exit sentiment. The spot price increased by 2,000 to 101,500, Australian ore rose by 30 to 1,435, mica rose by 85 to 3,210, ternary materials rose by 700 - 800, lithium iron phosphate rose by 470 - 490, and electrolyte prices remained flat. The industry chain price increase trend continued, and there was still fundamental support. However, the short - term deviation between futures and spot prices of carbonate lithium was large. As the LC2601 contract was about to enter delivery, the pressure of futures - spot convergence might slow down the short - term upward pace of lithium prices [11] 3. Industry News Summary - On December 24, Zhongwei Co., Ltd. stated on the interactive platform that it had acquired two salt lake lithium mines in Argentina at low cost at the bottom of the industry cycle, and 100% equity transfer procedures had been completed. The two salt lake lithium mines were still in the exploration and construction stage [12] - The National Development and Reform Commission and the National Energy Administration issued several opinions to promote the large - scale development of solar thermal power generation. They supported new energy bases such as large - scale "desert, Gobi, and wasteland" new energy bases for external transmission, water - wind - solar bases for external transmission, and various self - use bases with suitable technical and economic conditions to carry out solar thermal power station project construction. They would scientifically determine the installed capacity of solar thermal power generation in the bases, optimize and improve the base regulation capacity, increase the proportion of green electricity in the base, reduce the average carbon emissions per kilowatt - hour of the base, strengthen the stable transmission of new energy, and actively explore the role of technically and economically feasible solar thermal power stations as supporting and regulating power sources in large bases [12]