6000W Tethered Drone Power Supply

　　Power: 6000W

　　Input voltage range: 380-850Vdc

　　Output voltage range: optional 50V/60V/75V

　　Airborne Power

　　1. The onboard power supply reduces the high voltage direct current of the Ground Mooring Box to a low voltage direct current stable output suitable for unmanned aerial vehicle power supply (such as 50V for 12S), providing stable long-range power supply for the unmanned aerial vehicle.

　　2. The onboard power supply has multiple safety mechanisms such as input overvoltage and undervoltage protection, overload protection, and over temperature protection to ensure the safety and reliability of the power supply system.

　　3. Adopting analog circuit design, it has fast dynamic response and avoids interference with unmanned aerial vehicles and payloads.

　　6000W Tethered Drone Power Supply (TPS-6000): Unleash Persistent Aerial Operations

　　In the demanding world of aerial technology, flight time is the ultimate constraint. The 6000W Tethered Drone Power Supply (TPS-6000) is engineered to eliminate this limitation entirely. This system represents the pinnacle of ground-based power solutions, designed to deliver continuous, stable, and reliable electrical power to heavy-lift drones, enabling truly persistent 24/7 flight operations. For mission-critical applications in surveillance, public safety, telecommunications, and industrial inspection, the TPS-6000 is the cornerstone of unwavering aerial presence. It is more than a power generator; it is a comprehensive, intelligent, and rugged system built to meet the highest standards of performance and reliability.

　　Performance Characteristics: Engineered for Maximum Power and Reliability

　　The TPS-6000 is architected to meet the substantial power demands of advanced heavy-lift drones and their sophisticated payloads, including high-resolution EO/IR gimbals, LiDAR systems, and robust communication relays.

　　Unwavering Power Delivery

　　At its core, the TPS-6000 provides a continuous 6000 watts of output power, with a peak capability of up to 7200 watts for short durations to handle sudden surges in power demand during aggressive maneuvers or payload activation. This ensures your drone operates without any power-related interruptions. The system utilizes a high-voltage DC output, strategically chosen to minimize power loss over the significant length of the tether cable, ensuring maximum efficiency is delivered from the ground unit to the aircraft.

　　Intelligent Power Management and Electrical Safety

　　The system features a universal AC input voltage range, allowing it to operate seamlessly from 90V to 264V, making it compatible with power grids worldwide. Internally, an advanced power conversion system maintains a high power factor of greater than 0.99 and extremely low total harmonic distortion, ensuring it is a good citizen on the electrical grid and does not interfere with other sensitive equipment.

　　A multi-layered protection suite is integral to its design. This includes comprehensive over-current, over-voltage, and under-voltage protection, which actively safeguards the drone's sensitive avionics. The system also incorporates short-circuit and over-temperature protection, automatically adjusting performance or shutting down to prevent damage to both the power supply and the connected drone.

　　Ruggedized Environmental Design

　　Built for field deployment, the TPS-6000 thrives in challenging conditions. Its operating temperature range spans from a frigid -20°C to a scorching +50°C. The ground unit is housed in a ruggedized, portable case with an ingress protection rating of IP54, making it resistant to dust and water splashes from any direction. An intelligent, temperature-controlled cooling system ensures optimal thermal management, preventing overheating even during prolonged operations in direct sunlight.

　　Quality Control: A Foundation of Uncompromising Standards

　　Every TPS-6000 unit is a product of a rigorous, multi-stage quality control process that begins at the component level and concludes with final system validation.

　　Precision in Component Selection and Assembly

　　Our commitment to quality starts with sourcing. Every critical component, from the high-frequency transformers and MOSFETs to the connectors and PCB substrates, is procured from tier-one, certified suppliers. Each incoming component undergoes a stringent vetting process to verify its specifications and durability. The assembly process takes place in a controlled, ESD-safe environment, utilizing automated soldering and precision tooling to ensure consistency and reliability that surpasses hand-assembled alternatives.

　　Comprehensive Testing and Validation Protocol

　　Every single TPS-6000 unit must pass a demanding series of tests before it is approved for shipment. This begins with a 72-Hour Burn-In Test, where each unit is operated at full load in a thermal chamber cycling through extreme temperatures. This process accelerates aging and identifies any potential infant mortality failures.

　　Following the burn-in, each unit undergoes full-load performance verification, where output voltage, current stability, ripple, and efficiency are meticulously measured against strict benchmarks. Safety system checks are performed manually and automatically, simulating fault conditions like short circuits and over-voltage to ensure all protective mechanisms trigger instantaneously and correctly. Finally, the complete system, including the tether cable and drone interface, is tested for electromagnetic compatibility to ensure it meets relevant global standards like FCC and CE, guaranteeing it will not cause or suffer from interference in the field.

　　Detection and Maintenance: Ensuring Long-Term Operational Readiness

　　The TPS-6000 is designed not only for performance but also for serviceability, with built-in diagnostics and a clear maintenance protocol to minimize downtime and extend operational lifespan.

　　Proactive System Diagnostics

　　The unit features an intuitive status display and a comprehensive array of internal sensors that provide real-time operational data. Users can monitor key parameters at a glance, including input/output voltage, current draw, power output, and internal temperature. The system is capable of logging operational data and error codes, which can be downloaded for in-depth analysis. This allows operators to track system health over time and identify potential issues before they lead to failure. For advanced diagnostics, a service port provides engineering-level access to hundreds of data points, enabling swift troubleshooting by technical support teams.

　　Structured and Straightforward Maintenance

　　Routine maintenance for the TPS-6000 is straightforward and scheduled. Daily checks involve a visual inspection of the ground unit's casing, cooling vents, and all electrical connectors for any signs of damage or debris. The tether cable requires careful inspection for cuts, abrasions, or kinks.

　　Scheduled maintenance includes cleaning the air intake and exhaust vents to ensure unimpeded airflow for the cooling system. We recommend a professional system performance check annually or after every 2,000 hours of operation, whichever comes first. This service involves a thorough internal inspection, verification of calibration, and replacement of any consumable parts like cooling fans, ensuring the unit continues to perform as new. Detailed maintenance guides and checklists are provided with every system.

　　User Feedback and Real-World Validation

　　The true measure of the TPS-6000's success is its performance in the hands of our clients across diverse industries. Their feedback has been instrumental in refining our product and validates our design philosophy.

　　Endorsements from the Field

　　A security company providing perimeter monitoring for critical infrastructure reported: "The TPS-6000 has been a game-changer for our 24/7 surveillance operations. Its reliability is absolute. We've operated these units in rain and intense heat for months on end without a single failure. The peace of mind knowing the power supply is the most reliable part of our chain is invaluable."

　　A telecommunications provider testing aerial LTE coverage stated: "Powering our heavy-lift drone and the RF payload requires a stable and clean power source. The TPS-6000's high-voltage output means we see virtually no power degradation over our 100-meter tether, allowing us to position our aerial base station exactly where it's needed. The intelligent power management seamlessly handles the dynamic load of our equipment."

　　Continuous Improvement Driven by Experience

　　User experiences have directly led to product enhancements. For instance, early user feedback about connector wear in sandy environments led to the development of our current military-grade, sealed, and lockable connector design. Similarly, requests from search-and-rescue teams for faster deployment informed the design of our optional rapid-deployment cable drum system. We actively engage with our user community, treating their input as a critical resource for continuous innovation and improvement.

　　Conclusion: The Definitive Power Solution for Persistent Flight

　　The 6000W Tethered Drone Power Supply (TPS-6000) is the result of a relentless focus on power, precision, and durability. It delivers the robust performance required for the most demanding aerial platforms, backed by a quality control system that guarantees reliability and a user-centric design that simplifies maintenance and operation. By choosing the TPS-6000, you are not just purchasing a power supply; you are investing in a mission-ready partner that ensures your drone remains airborne, providing critical data and services without the limitation of battery life.

　　Contact our technical sales team today to discuss how the TPS-6000 can power your specific application and schedule a demonstration.