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Continuous Innovation for Better Performance & Lower Cost

300+ Patents | Industry-Leading Sodium-ion Technology

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Our R&D Team

our team
Veken’s R&D center brings together over 200 researchers and engineers, with more than 60% holding master’s or doctoral degrees. Our core team members have accumulated 20+ years of battery industry experience, with backgrounds from world-renowned institutions and prior leadership roles in top energy companies. From fundamental material science to applied engineering, our team covers the full spectrum of sodium-ion battery innovation.
200+
Researchers
60%+
Master/PhD
20+
Years Avg. Experience

Four Core Technologies

Wide-Temperature Electrode Technology​

Breakthrough discharge performance at -40°C, enabling reliable operation in extreme cold environments. Proprietary cathode coating and anode formulation maintain ionic conductivity at sub-zero temperatures.

Long-Cycle Material System​

Over 10,000-cycle life cathode with advanced doping and surface coating. Reduces total cost of ownership (TCO) by 40% over the system lifespan compared to traditional batteries.

Intrinsically Safe Electrolyte​

High-flashpoint (>80°C), low-risk electrolyte technology. Cells pass nail penetration test without thermal runaway — no fire, no explosion. Meets stringent safety standards for ESS and automotive applications.

Low-Cost Synthesis Process​

Proprietary mass production process for cathode materials reduces raw material cost by 30%. Patented co-precipitation method ensures batch-to-batch consistency at scale.

300+ Granted Patents

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Covering materials, processes, and cell structures
Veken holds more than 300 granted technology patents worldwide, covering sodium-ion cathode materials, anode materials, electrolyte formulations, cell structure design, and manufacturing processes. Our patent portfolio grows at a rate of 50+ new filings annually.

International Certifications

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CE

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UL 1973

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IEC 62619

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ISO 9001

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UN38.3

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MSDS

University & Research Partnerships

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Academic Partnerships

Collaborating with top universities on fundamental sodium-ion research, including electrolyte chemistry and novel cathode materials.

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Joint Laboratories

Co-established R&D labs with leading research institutes for accelerated technology transfer and pilot-scale validation.

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Industry Alliance

Member of global sodium-ion battery industry alliances, contributing to standard development and technical roadmap.

Technology Roadmap

2025-2028​

Current Gen

2025 (Current)​

Cell Energy Density: 160 Wh/kg Cycle Life: 5,000 cycles Cost per kWh: <$50/kWh Operating Temp: -40℃~60℃

Next Gen

2026-2027​

Cell Energy Density: 180 Wh/kg Cycle Life: 8,000 cycles Cost per kWh: <$40/kWh Operating Temp: -50℃~65℃

Future Gen

2027-2028​

Cell Energy Density: 200+ Wh/kg Cycle Life: 12,000 cycles Cost per kWh: <$30/kWh Operating Temp: -50℃~70℃

Want to Co-Develop Custom Technology?​

Partner with our R&D team to develop tailored sodium-ion solutions for your specific application requirements.

Inquiry Form

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