- “Ampace C5”, a comprehensive energy storage system intended for business and industrial applications.
- Ampace has also included its in-house “Shield Cell” technology into the Ampace C5.
- To foster energy storage innovation, Ampace inked a strategic collaboration agreement with TUV Rheinland during the launch.
Ampace has introduced the “Ampace C5”, a comprehensive energy storage system intended for business and industrial applications. “No Cooling and All Temperature Range Control,” a revolutionary structural design, and battery cells that can cut operating expenses by 46% in ten years are highlights of the device.
With the use of revolutionary GT40 technology, the Kunlun Battery Cell 2.0 provides improved thermal stability and excellent dependability in a variety of operating conditions.
Ampace C5
Ampace’s R&D Director, Dr. Yuan Qingfeng, commended the business for its dedication to producing high-quality goods and fusing environmental sustainability with cutting-edge technology.
To prevent thermal runaway in the battery cell and provide safer explosion relief for nearby people and property, Ampace has also included its in-house “Shield Cell” technology into the Ampace C5. It is anticipated to go into mass production in July 2024, showcasing its capabilities in critical domains such as automotive battery swapping, PV and ESS charging integrated stations, 5G base stations, and IDC data centers.
Ampace C5 provides consumers with a wide range of dependable and highly affordable energy options. Ampace has introduced several full-stack devices that address portable energy storage, uninterrupted power supply, and energy storage for homes, businesses, and industries in addition to the Ampace C5.
To foster energy storage innovation, coordinated growth of upstream and downstream industries, and talent training, Ampace inked a strategic collaboration agreement with TUV Rheinland during the launch.
With its cutting-edge products and inventive technology, Ampace is spearheading a new era of change in the CIES field, significantly advancing the use and acceptance of green energy in the context of global energy security, low-carbon, and sustainable development.
