12kW 240A Tethered Drone Power Solution Long Endurance Hovering

12kW Tethered Drone Power, 6.36Kg, 31x24x11cm

Tethered drone solution

System model: MJ-12K

System name: 12kw 12S tethered unmanned aerial vehicle system

Application scenario:

1. engineering construction
2. Daily patrol
3. Special Police Patrol
4. Drug investigation
5. Traffic patrol
6. Forest Patrol

Single person can complete pre takeoff preparation within 5 minutes;

Advantages of the plan

1. Long endurance hovering

Continuously providing drone power on the ground, hovering in hover for 24 hours

2. Multiple power supply methods

380V power supply, generator power supply

3. High security

Unmanned aerial vehicle mounting installation, plug and play support for hot and cold start, seamless switching of body batteries after power outage

System configuration

1. 6-axis/8-axis heavy-duty unmanned aerial vehicle (provided by the customer)
2. 12kw 12S onboard power supply
3. 110m cable
4. Tethered drone system base station

Product Overview

The main function of the tethered power system is to provide safe and reliable long-term flight power for unmanned aerial vehicles, consisting of a tethered box and an onboard power supply. The tethered box includes a retractable winch, ground power supply, and tethered cables. The tether box is placed on the ground to convert AC power provided by the generator or mains power into high-voltage DC power, which is transmitted to the onboard power supply through tethered cables. The onboard power supply is installed on the drone and converts high-voltage DC power into low-voltage DC power for use by the drone. The tethered cable follows the drone's ascent and descent and automatically synchronizes the retrieval and release, transmitting electrical energy and signals.

Electrical diagram of mooring power system

This product is mainly paired with multi rotor unmanned aerial vehicles to provide stable and reliable power supply. It not only solves the problem of short battery life on board, but also solves the drawbacks of the widely used unstable tethered power supply scheme. It can truly achieve continuous long endurance hovering flight operations of unmanned aerial vehicles. Unmanned aerial vehicles can achieve different application scenarios by mounting different mission payloads, and can transfer location targets with all movable devices such as people, vehicles, ships, etc. They are mainly used in high-altitude lighting, video surveillance, emergency rescue and disaster relief, and emergency communication fields.

Main features

1. The system only retains the input switch, high-voltage switch, and strong retraction button, with simple operation and control, and can be quickly deployed. After takeoff and before landing, the drone can be operated without human intervention. Users only need to operate the drone, which can greatly improve work efficiency and safety;
2. Product integration, high power density, high reliability design, miniaturization, lightweight, modular and intelligent design, easy to move and carry, troubleshooting and maintenance, greatly ensuring the relevant requirements for use in various environments and occasions;
3. The control system has powerful data processing functions, communication functions, synchronous clock and memory storage functions, comprehensive protection and alarm functions, automatic program recognition, intelligent control, and intelligent troubleshooting and self recovery functions.

Use display

Detailed parameters

• Dedicated onboard power supply

• Tethered base station

Safety characteristics

• Dielectric strength

1. Tiedown box: ≥ DC 3000V, input-output, maintained for 1 minute, without breakdown or arcing phenomenon;
2. Airborne power supply: ≥ DC 3000V, input-output, maintained for 1 minute, without breakdown or arcing phenomenon;
3. Tied cable: ≥ DC 3500V, insulation layer, maintained for 1 minute, without breakdown or arcing phenomenon.

• insulation resistance

1. Retention box: ≥ 100M Ω, @ 20 ℃ under normal atmospheric conditions;
2. Airborne power supply: ≥ 100M Ω, @ 20 ℃ under normal atmospheric conditions;
3. Tied cable: ≥ 500M Ω, @ 20 ℃ under normal atmospheric conditions.

• The strong and weak current separation design effectively reduces the interference of weak current and improves product safety.
• The system is reliably grounded, and the mooring box body has grounding.
• Safety reservation function: When the wire is wound up to the safety reserved length, the system stops winding up to prevent pulling on the equipment, which can be set.

Safety characteristics

• Dielectric strength

1. Tiedown box: ≥ DC 3000V, input-output, maintained for 1 minute, without breakdown or arcing phenomenon;
2. Airborne power supply: ≥ DC 3000V, input-output, maintained for 1 minute, without breakdown or arcing phenomenon;
3. Tied cable: ≥ DC 3500V, insulation layer, maintained for 1 minute, without breakdown or arcing phenomenon.

• insulation resistance

1. Retention box: ≥ 100M Ω, @ 20 ℃ under normal atmospheric conditions;
2. Airborne power supply: ≥ 100M Ω, @ 20 ℃ under normal atmospheric conditions;
3. Tied cable: ≥ 500M Ω, @ 20 ℃ under normal atmospheric conditions.

• The strong and weak current separation design effectively reduces the interference of weak current and improves product safety.
• The system is reliably grounded, and the mooring box body has grounding.
• Safety reservation function: When the wire is wound up to the safety reserved length, the system stops winding up to prevent pulling on the equipment, which can be set.