AMPower Welcomes Antarctic Research Delegation for Technical Exchange
On May 21, 2026, an expert delegation from an Antarctic research station, organized by the Science and Technology Bureau, visited Zhejiang AMPower Co., Ltd. for a dedicated technical inspection and exchange. The visit aimed to evaluate the company's core technologies and product application capabilities, with a focus on the performance, competitive advantages, and application potential of its Durathon sodium nickel chloride battery technology.

During the meeting, AMPower presented a comprehensive overview of its flagship Durathon battery system, including its technical architecture, key performance strengths, and targeted application sectors. As a specialized provider of high-performance energy storage solutions, AMPower remains committed to innovation, with a strong emphasis on wide-temperature adaptability and high safety reliability. The company continues to address critical energy challenges in extreme and demanding environments.

Designed to meet the rigorous requirements of polar regions and other remote, harsh environments, AMPower's sodium-based battery solutions offer exceptional stability and resilience. With capabilities such as reliable operation across a wide temperature range, full lifecycle safety control, and flexible customization, the technology demonstrates strong suitability for applications including polar research energy systems.
During the facility tour, the delegation gained in-depth insights into AMPower's core technologies, including advanced material systems, innovative cell design, and high-temperature electrochemical operation. The experts also reviewed key aspects such as raw material selection, solid-state electrolyte application, and the company's standardized manufacturing and quality control processes. These capabilities highlight AMPower's strong in-house R&D expertise and robust production management system.

The visit represents a strong endorsement of AMPower's technology pathway, product performance, and potential for deployment in extreme environments. It also establishes a solid foundation for future collaboration in high-end energy storage applications, particularly in support of polar research and other specialized energy demands.

