As the spotlight of the Shenzhen 2026 UASE Drone Expo illuminates the future of the global low-altitude economy, the power battery—the heart of industrial-grade drones—is undergoing a revolution in its underlying architecture. Yunfuheng New Energy, using the YFH-INR21700-50Q as its platform and leveraging its breakthrough Tabless technology, has achieved a discharge capacity of over 30C for cylindrical batteries. This provides the global industrial drone industry with a scalable power solution—defining performance through craftsmanship and applying technology across diverse scenarios.
Power Engine: Ultimate Discharge Rate Enabled by Tabless Technology
Thanks to the ultra-low internal resistance and excellent thermal conductivity provided by the Tabless process, the YFH-INR21700-50Q achieves an energy density of 272 Wh/kg, with a sustained discharge capacity exceeding 15C and a peak discharge rate exceeding 30C. This on-demand, powerful performance perfectly demonstrates how the Tabless structure handles transient operating conditions—such as heavy-load takeoff, high-speed cruising, and sudden wind resistance during drone operations—ensuring a flight attitude as stable as a rock.
A Revolution in Thermal Management: Uniform Heat Dissipation Characteristics of the Tabless Structure
Another major technical advantage of the Tabless process lies in its complete transformation of the battery’s heat dissipation pattern. Current is evenly distributed across the entire edge surface of the electrode sheet, eliminating the localized high-temperature hotspots caused by concentrated current in traditional batteries. Combined with the internal heat dissipation channels within the cell, the YFH-INR21700-50Q maintains consistent performance across a wide temperature range of -20°C to 80°C. This inherent coolness, determined by the manufacturing process, ensures that industrial drones deliver stable and reliable power output even in extreme environments—whether in bitter cold or scorching heat.
Efficiency Leap: Ultra-Fast Charging Experience Enabled by Tabless Technology
The full-tab structure unlocks new possibilities for ultra-fast charging. The YFH-INR21700-50Q supports a maximum charging current of 15A, enabling an 80% charge in just 10 minutes. Tabless technology not only enhances discharge performance but also achieves an exponential increase in asset utilization during charging.
Conclusion
According to the industry outlook presented at UASE2026 in Shenzhen, the full-tab process is becoming a watershed moment for high-end cylindrical power batteries. As a company dedicated to the R&D and manufacturing of high-rate cylindrical cells, Yunfu Heng continues to deepen its commitment to the Tabless technology route, continuously optimizing the comprehensive performance of its cells in terms of power, energy density, fast charging, and reliability. In the future, the company will continue to be guided by market demand, launching more high-performance power products tailored for low-altitude applications such as drones and eVTOLs, and driving the high-quality development of the low-altitude economy through technological innovation.
Tabless Technology Reshapes the Power Core: The Technological Breakthrough of YFH-INR21700-50Q
As the spotlight of the Shenzhen 2026 UASE Drone Expo illuminates the future of the global low-altitude economy, the heart of industrial drones—power batteries—is ushering in a revolution in underlying architecture. YFH Power, using the YFH-INR21700-50Q as a platform, has achieved over 30C discharge capacity for cylindrical batteries through its breakthrough full-tab technology. It provides a quantifiable power solution for global industrial drones—defining performance through craftsmanship and letting technology penetrate real-world scenarios.
Power Engine: Extreme Rate Discharge Enabled by Full-Tab Technology
Thanks to the ultra-low internal resistance and excellent thermal conductivity brought by the full-tab process, the YFH-INR21700-50Q achieves an energy density of 272 Wh/kg, continuous discharge capacity above 15C, and instantaneous discharge over 30C. This instantly available surging power is the perfect demonstration of the full-tab structure handling transient conditions such as heavy-load takeoff, high-speed cruising, and sudden wind resistance for drones, ensuring flight stability as solid as a rock.
Thermal Management Revolution: Even Heat Distribution of Full-Tab Structure
Another major advantage of full-tab technology is that it completely changes the battery heating pattern. The current is evenly distributed along the edges of the entire electrode sheet, avoiding localized hot spots caused by tab concentration in traditional batteries. Combined with internal cell cooling channels, the YFH-INR21700-50Q maintains consistent performance across a wide temperature range of -20℃ to 80℃. This inherent calmness dictated by the process ensures industrial drones have stable and reliable power output even in extreme cold or heat.
Efficiency Leap: Ultra-Fast Charging Supported by Full-Tab Technology
The full-tab structure provides more possibilities for ultra-fast charging. The YFH-INR21700-50Q supports a maximum charging current of 15A, reaching 80% charge in just 10 minutes. Full-tab technology not only improves discharge performance but also achieves exponential growth in asset utilization on the charging end.
Conclusion
In the industry vision of Shenzhen UASE 2026, full-tab technology is becoming the dividing line for high-end cylindrical power batteries. As a company focused on the research and manufacturing of high-rate cylindrical cells, Yunfuheng continues to cultivate the full-tab technology path, constantly optimizing the comprehensive performance of cells in power, energy density, fast-charging, and reliability. In the future, the company will continue to be market-driven and launch more high-performance power products suitable for drones, eVTOLs, and other low-altitude scenarios, leveraging technological innovation to promote high-quality development of the low-altitude economy.
