直面TWh时代挑战，尚水智能新品发布引领技术“跃迁”

Core Viewpoint - The article emphasizes the significant advancements made by Shangshui Intelligent in the lithium battery manufacturing sector, particularly in response to the industry's evolving demands for efficiency, quality, and innovation as it transitions into the TWh era [1][2]. Group 1: Industry Trends - By 2025, the Chinese lithium battery industry is expected to enter a new high-quality development cycle following a deep restructuring [2]. - In the first three quarters, the total shipment of lithium batteries in China exceeded 1.2 TWh, marking a year-on-year increase of 60%, indicating a robust growth momentum driven by dual engines of power and energy storage demand [3]. Group 2: Company Innovations - Shangshui Intelligent launched groundbreaking solutions at the "Leap Forward: Co-creating a New Era of Battery Intelligence Manufacturing" event, including intelligent manufacturing lines for powder new materials and large-capacity electrode manufacturing solutions [1][10]. - The company introduced a fully automated unpacking machine with a dust leakage prevention design, achieving a package emptying rate of ≥99.97% and a small package unpacking efficiency of less than 2 minutes per package [15]. Group 3: Manufacturing Solutions - The new powder new materials intelligent manufacturing line integrates a full-process solution from laboratory to mass production, addressing the challenges of cost control and efficiency in material production [10][12]. - The 6-12 GWh large-capacity electrode manufacturing solution aims to reduce unit capacity investment by 60-70%, labor by 75%, and land area by 70%, while also decreasing process time and overall energy consumption by over 60% [18][20]. Group 4: Future Technologies - Solid-state batteries are anticipated to become the core development direction for next-generation battery technology, with expectations for large-scale application between 2027 and 2030 [23]. - Shangshui Intelligent is focusing on a comprehensive approach to solid-state battery and dry electrode technology, emphasizing the need for full-process validation and mass production adaptability [23][25].