KDL(SZ:002850) Jin Rong Jie·2026-02-05 01:57Core Viewpoint - KedaLi, a leading manufacturer of precision structural components for power batteries in China, is experiencing high capacity utilization and orderly production scheduling for Q1 2026, despite some impact from rising raw material costs [1][3]. Group 1: Production and Capacity - The company is currently operating at a high capacity utilization rate and is focused on equipment upgrades and capacity expansion [2][3]. - The production schedule for Q1 2026 is progressing as expected, with operations running smoothly [2]. Group 2: Raw Material Impact - Rising raw material costs have had a certain impact on the company, but it is implementing multiple strategies to mitigate these effects, including capacity expansion, technological innovation, and internal management improvements [3]. - The company is actively negotiating price adjustments with clients and integrating supply chains to counteract the adverse effects of raw material price increases [3]. Group 3: Export Tax and Market Conditions - The adjustment of export tax for lithium battery products has minimal impact on the company, with stable operational conditions reported [4]. Group 4: Business Segments and Growth - The energy storage battery structural component business is growing significantly, although power batteries remain the primary revenue source [7]. - The company has a strong capacity advantage to meet increasing customer demand in the energy storage sector, with expectations for robust growth [8]. Group 5: International Expansion - The company is optimistic about the potential of overseas markets, with steady progress on its European production base and ongoing preparations for projects in the U.S. and Thailand [5]. - The global expansion is expected to provide substantial growth opportunities as international clients ramp up production [5]. Group 6: Future Strategy - The company aims to maintain its leadership in the new energy sector through capacity upgrades, technological iterations, and optimization of customer structures [9]. - A "dual-core strategy" is being implemented to develop high-precision reducers and joint modules for humanoid robots, which may become a significant growth driver in the future [9]. Group 7: Product Development - The large cylindrical battery structural component project is characterized by high barriers to entry and growth potential, with production capabilities expected to ramp up steadily this year [10].