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Cda is an internationally renowned professional manufacturer of super capacitors
R&D strength
The R&D strength presents a multidimensional competitive landscape of “material breakthroughs, system integration, and scenario expansion”. Through industry-university-research collaboration and policy support, domestic players have approached international standards in key indicators like power density and cycle life, achieving large-scale application in niche markets. In the future, with the integration of material innovation and system technology, supercapacitors are expected to complement lithium batteries in energy storage, transportation and other fields, driving paradigm innovation in the energy storage system.
• R&D team size, backgrounds of core members (expert resources in materials science, electrochemistry, etc.), and R&D investment as a percentage of revenue (typically requiring more than 5% to ensure technological iteration).
• Industry-university-research collaboration: depth of cooperation with universities and research institutions (such as joint laboratories, technology transfer projects), and whether undertaking national or industry key R&D projects.
R&D strength
High-end imported equipment is adopted. Brands and origins of core production equipment (e.g., high-precision coating machines, vacuum drying furnaces, winding machines; imported equipment from Japan/Germany typically offers higher precision), and whether self-developed special equipment is used to enhance production efficiency. Current production line capacity (e.g., annual capacity per line, total capacity), ability to meet large customer orders (e.g., bulk purchases in new energy vehicles and energy storage sectors); stability of capacity utilization rate (reflecting market demand alignment). Capacity expansion plans: future expansion strategies, progress of new production line construction, and potential to cope with rapid market growth.
• Key processes: maturity of processes in electrode preparation (mixing, coating, drying), cell assembly (winding/lamination, electrolyte injection, encapsulation), aging testing, etc.; adoption of smart production lines (e.g., robotized operations, automated inspection equipment).
• Yield level: finished product yield rate (e.g., ≥95% is industry-leading), process stability (batch-to-batch performance consistency), and existence of process bottlenecks affecting mass production (e.g., electrolyte leakage, electrode delamination).