Emphasis on Industry-Academia-Research Collaboration
The company steadfastly adheres to a market-oriented, enterprise-driven innovation model that integrates industry, academia, and research for the development of foundational, critical, and shared technologies in the battery sector.
Advanced R&D Capabilities
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Multidisciplinary Talent Pool:
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The R&D center employs 70+ high-caliber engineers spanning electrochemistry, materials science, mechanical engineering, automation, electronics, and management.
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Team includes 6 PhDs (1 Tsinghua University postdoc) and 15 masters degree holders.
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Led by China Electrochemical Societys Chairman as Chief Scientist, supported by multiple CAS/CAE Academicians as scientific advisors.
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Strategic Partnerships:
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Collaborates with top-tier institutions (e.g., Wuhan University, South China University of Technology, South China Normal University) to accelerate technology transfer.
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Proven commercialization: Developed breakthroughs have been deployed in-house and licensed to peers, generating significant economic and social value.
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State-of-the-Art Infrastructure
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1,000㎡ dedicated R&D facility equipped with high-precision testing instruments.
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Specialized labs for electrochemical performance, safety testing, and full-spectrum R&D validation.
Core Research Focus
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Lithium-metal anode-based high-energy batteries:
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Li/MnO₂, Li/S, and Li-polymer battery systems.
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Dual-track development:
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Fundamental research: Electrochemical mechanisms & material innovations.
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Industrialization: Customized production equipment, automation, process control, molds/tooling to bridge lab-to-factory gaps.
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Key Differentiation
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Vertical integration: Uniquely combines material science with equipment/process engineering to overcome scale-up bottlenecks.
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Ecosystem leverage: Academic partnerships enable early access to emerging tech (e.g., sulfur cathode optimization) while maintaining commercial agility.