
Advanced R&D Capabilities Driving Sodium Ion Battery Technology
At Great Power, innovation is at the core of what we do. Our sodium ion battery technology benefits from the expertise of over 2,200 engineers and collaboration with more than 10 prestigious universities and research institutions. With four dedicated research institutes, a national-level postdoctoral research center, and multiple provincial-level research centers, we continuously refine battery materials, cell structures, and manufacturing processes. Our testing center rigorously evaluates every aspect of performance, ensuring that our sodium ion battery technology meets the highest standards in energy efficiency, safety, and longevity. Over 410 registered and applied patents, including 170+ groundbreaking inventions, demonstrate our leadership in this field.
Superior Performance and Safety in Sodium Ion Battery Solutions
One of the key advantages of Great Power’s sodium ion battery technology is its exceptional safety profile. By utilizing flame-retardant electrolyte technology and advanced cell construction, we minimize risks while maximizing energy density and cycle life. Our high-energy conversion efficiency technology ensures that our batteries deliver consistent performance even under demanding conditions. Additionally, innovations like ultra-wide temperature range adaptability make our sodium ion battery technology suitable for diverse applications, from energy storage systems to high-power UPS solutions. Whether it’s extreme temperatures or high-load scenarios, our batteries maintain stability and reliability, setting new industry benchmarks.
Quality Assurance and Precision Manufacturing
Quality is non-negotiable at Great Power. Our sodium ion battery technology is produced under strict compliance with ISO9001, ISO14001, and IATF16949 certifications, ensuring that every battery meets global standards. Our factories feature imported production lines and a Class 6 manufacturing environment, with 24-hour monitoring of critical processes. Advanced techniques like Z-shaped femtosecond stacking and multi-stage tension winding guarantee precision in cell assembly, eliminating defects and enhancing durability. Each battery undergoes over 100 testing parameters before approval, reflecting our commitment to delivering only the highest-quality sodium ion battery technology to our clients.
Conclusion
Great Power stands at the forefront of sodium ion battery technology, combining deep R&D expertise, superior performance engineering, and uncompromising quality control. As industries shift toward more sustainable and efficient energy storage, our innovations provide reliable, high-performance solutions tailored for the future. Partner with us to experience the next evolution in battery technology—where safety, efficiency, and longevity converge.