EVE Energy at International Battery Seminar & Exhibit: Empowering Frontier Futures with Dense Energy

Recently, the 43rd International Battery Seminar & Exhibit (IBS) kicked off grandly. As one of the world’s longest-standing and most influential battery industry events, EVE Energy participated with a range of cutting-edge technological achievements. Zhu Yun, Cell Product Engineer from the Central Research Institute, delivered a speech titled "Dense Energy Empowers the Future", sharing the company’s technological breakthroughs and application practices in the field of dense energy.

Leveraging the advantages of full-stack independent R&D capabilities, EVE Energy has built a full-scenario energy solution system for the AI era: In the data center sector, it has built end-to-end energy storage solutions covering on-grid & off-grid power stations, Uninterruptible Power Supply (UPS), 800V DC systems and 48V distributed power sources, while focusing on "Home Safety" batteries and "Invisible Technology". To further enhance energy storage safety, EVE launched its self-developed TSZ Safety Technology, which real-time monitors internal cell temperature and pressure changes, and achieves intelligent early warning of abnormalities through AI algorithms. Verified by actual fire tests, the technology can effectively realize 80% early warning of the valve opening process, greatly improving the safety level of energy storage systems and laying a safe and sustainable energy foundation for the high-quality development of the AI industry. In emerging application scenarios, EVE has launched Ultra-Fast Charging, High Specific Energy Silicon-Carbon Anode technology and lithium metal fast-charging technology, which have been successfully applied in terminal fields such as smart wearables and drones, providing strong energy support for the large-scale implementation of AI application scenarios.

Facing frontier tracks such as humanoid robots and brain-computer interfaces, EVE has currently formed a clear and feasible technical implementation path.  For humanoid robots, the topological energy-dense batteries we developed can support robots to move freely, wirelessly and without boundaries, accelerating the arrival of the embodied intelligence era;  For the field of brain-computer interfaces, EVE is tackling flexible battery technology to promote revolutionary breakthroughs in the healthcare field.

In the future, EVE Energy will continue to deepen dense energy innovation and empower the high-quality development of global emerging industries.