At the R&D center, the delegation gained a detailed understanding of cutting-edge technological approaches and equipment development within the low-altitude security sector. The technical team highlighted breakthroughs achieved in key areas of the self-organizing anti-drone system, specifically regarding propulsion, flight control, and networked communication. Notably, the propulsion system—serving as the "heart" of the unit—directly determines the equipment's response speed, endurance, and operational reliability.
The 12Ah high-rate semi-solid-state battery exclusively supplied by Joysun, for this type of ad-hoc network anti-drone system—features a continuous 20C discharge capability and a high energy density of 350Wh/kg.
While ensuring high power output, it significantly enhances the system's operational endurance and safety in extreme environments. This battery solution is currently being extensively utilized in this series of low-altitude security equipment, providing robust power support for rapid response and long-duration monitoring during counter-drone missions.
During the inspection, the delegation observed on-site field tests and operational scenarios for the equipment. They attached great importance to the role of low-altitude security equipment in safeguarding airspace and supporting the orderly development of the low-altitude economy, while emphasizing the need to continue tackling core technical challenges and to drive the industrialization and operational deployment of high-quality equipment.
Joysun remains dedicated to empowering low-altitude security and various industrial-grade drone applications through its high-safety, high-energy-density, and high-discharge-rate semi-solid-state battery technology. Moving forward, Joysun will continue to deepen strategic partnerships with industry leaders, leveraging its core power technology to drive the industrial upgrading of my country's low-altitude security equipment sector and contribute to the high-quality development of the low-altitude economy.