With the rapid development of low-altitude economic technology, the requirements for battery performance of drones and low-altitude aircraft are becoming increasingly refined.
In terms of application scenarios, EVE Energy continues to deploy low-altitude economic tracks, and has launched a comprehensive solution for low-altitude economic batteries that combines high safety, high specific energy, long life, long endurance, ultra-fast charging, and high power to meet the differentiated needs of agricultural plant protection drones, consumer drones, industrial drones, manned eVTOL and other scenarios.
In terms of technology, combined with the product needs of different customers, EVE Energy matches two major technology routes: cylindrical battery and soft-pack battery solutions. At present, the company’s full-ear cylindrical battery series products have achieved large-scale mass production, and the system-level heat spread-free technology has broken through the safety bottleneck of high-energy-density batteries; silicon-based soft-pack battery technology has also made significant progress, promoting the iteration of batteries from liquid technology to solid technology, and laying a solid foundation for low-altitude economic safety.
As of today, EVE Energy has delivered battery cell products in batches to many leading customers at home and abroad, and has obtained the designated point for the pack project, providing key energy support for customers’ low-altitude aircraft. At the same time, it has passed the AS9100D aerospace quality management system certification, and fully meets aviation safety standards from battery cell design to system integration.
Robots: Scenario-based adaptation, directly hitting the pain points of the industry
At present, the robotics industry is ushering in a window period of large-scale development. According to the International Federation of Robotics (IFR), the global robot market size will exceed US$500 billion in 2025, with an annual compound growth rate of 17%.
At this exhibition, EVE Energy focused on scenes such as humanoid robots, wheeled robots, and robot dogs, and exhibited a full range of modular battery solutions with multiple material systems, which have excellent performance such as high specific energy, high rate discharge, long cycle life, and BMS intelligent management, helping the robotics industry to move from laboratories to broader industrial and home scenes.
Compact energy drives a trillion-dollar market
According to the forecast of the Civil Aviation Administration of China, by 2025, the market size of my country’s low-altitude economy will reach 1.5 trillion yuan, and is expected to reach 3.5 trillion yuan in 2035, and the annual compound growth rate of service robots will exceed 25%. The explosion of low-altitude economy and robot industry has made the development and application of compact energy technology more urgent.
With its R&D strength in the entire system of “materials – battery cells – systems” and its first-mover advantage in technological innovation, EVE Energy was awarded the honor of “China’s Top Ten Low-Altitude Economy New Materials/New Energy Enterprises”. This award is not only a recognition of EVE Energy’s past achievements, but also a powerful testimony to the company’s unremitting efforts in the field of low-altitude economy.
In the future, EVE Energy will uphold its respect for aviation safety standards, continue to promote the iterative upgrade of battery technology, inject a steady stream of strong power into the development of the low-altitude economy industry, and help the industry move towards a more efficient, safer and more sustainable future.
