DJI T100S + Nanjing Feiying Cordoned Power Supply: Unlock Unlimited Battery Life, Redefining the New Paradigm for All-Scenario Operations
Release time:
2026-04-24 17:11
Source:
In the current era of deep integration between smart agriculture and the low-altitude economy, the DJI T100S—positioned as a flagship agricultural drone—has emerged as a vital tool for scenarios such as agricultural and forestry pest control, material hoisting, and emergency operations, thanks to its exceptional "compact size with high payload capacity." Enhanced by the Nanjing Feiying tethered power system, the drone overcomes the limitations of traditional battery-powered flight duration, elevating its capabilities from time-efficient operations to unlimited endurance, thereby delivering a groundbreaking operational solution for the industry.

Despite the T100S's robust performance, the traditional airborne battery-powered system still suffers from fundamental limitations that hinder operational efficiency: limited flight duration, frequent mission interruptions, significant battery wear, and high long-term costs.
The Nanjing Feiyang tethered power system is a "long-endurance power heart" specifically designed for industrial-grade drones, operating across flight altitudes of 33–330 meters and power outputs ranging from 400 W to 100 kW, compatible with the entire DJI product lineup. When paired with the T100S, it resolves endurance challenges through a "continuous ground power supply + tethered cable transmission" mechanism, enabling upgraded performance, unlimited flight range, all-weather uninterrupted operation, stable voltage delivery, reliable equipment protection, cost reduction, and enhanced efficiency—delivering optimal cost-effectiveness for long-term use.

The Feiyang tethered power system eliminates traditional battery reliance. Through a ground-based tethering box, it converts AC power from the mains, generators, or portable power sources into DC power, which is then transmitted via composite cables to the onboard power unit. After voltage stabilization, it provides continuous power to the T100S, enabling over 24 hours of uninterrupted flight operation. When deployed at appropriate altitudes—such as in cleaning applications—it eliminates the need for landing to replace batteries or interrupt operations, completely eliminating range concerns.

From a long-term operational perspective, the Feiying tethered power system significantly reduces overall costs: eliminating the need for frequent battery procurement and replacement, minimizing maintenance requirements for batteries and charging equipment, and avoiding losses caused by battery aging and disposal. The fully automated cable deployment system employs an innovative AI-powered speed and torque control system, enabling high-speed deployment at 5 m/s with adaptive tension and zero cable sag or vibration—requiring no manual intervention and allowing single-person operation, thereby reducing labor costs. The system supports multiple power input methods including grid electricity and generators, enabling rapid deployment in off-grid scenarios and compatibility with diverse operational environments. Its long-term cost-effectiveness far surpasses that of traditional battery-powered systems.

The powerful collaboration between the DJI T100S and the Nanjing Feiying tethering system not only addresses the key challenges of safety, efficiency, and cost in traditional industries, but also transforms high-altitude cleaning from a "high-risk manual task" into an "intelligent and safe operation," propelling the industry into a new phase characterized by standardization, intelligence, and accelerated development.
In the future, as low-altitude economic policies continue to improve and technologies keep evolving, this combination of "high-capacity drones + tethered power systems" will be widely adopted across various operational scenarios. It will transform drone operations from being "short-duration and low-efficiency" to "long-duration and high-efficiency," injecting new momentum into fields such as urban governance, energy maintenance, and industrial production.