MYUAV TECHNOLOGIES CO.,LTD.
MYUAV TECHNOLOGIES CO.,LTD.
Add to Cart
Typical characteristics
Adaptive drone
| Support flight altitude | ≥200/300m (tethered cable 220/300m, reserved safety length) |
| Support takeoff weight | 40-55kg (drone power efficiency varies, this data is for reference only) |
| Support flight duration | ≥ 48h (the system can support working duration, which depends on the structure and electrical fatigue resistance of the drone) |
Functional characteristics
| Cable retraction and release function: Follow the drone's takeoff and landing to synchronously retract and release the mooring cable, adaptively adjust the tension, and manually retract the cable in case of power loss. |
| Protection function: Input overvoltage and undervoltage protection, output overvoltage, overcurrent, short circuit, over temperature protection, fault elimination and self recovery. |
| Data display function: The 4.0 inch touch screen displays data such as voltage, current, temperature, outlet length, date, time, operation records, fault records, and working status information. |
| Setting and adjustment function: The display screen supports the setting and adjustment of wire collection speed, wire collection tension, wire release tension, safety meters, date and time, and supports switching between Chinese and English display. |
| Fault alarm function: When the system malfunctions, the display screen scrolls to display fault information, and the fault alarm light flashes red and beeps to alert. |
Parameters
| Items | Technical parameters | |
| Ambient temperature | -20~45 ºC (working), -40~65 ºC (storage) | |
| Relative humidity | 10-80% RH (working), 5-90% RH (storage) | |
| Altitude | ≤ 3000m | |
| Tethering power module | Input voltage | 320-490Vac wide range input, three-phase five wire system 380Vac/480Vac@45-65Hz |
| Output voltage | 600~1000Vdc adjustable, factory default 800Vdc | |
| Output power | 15000W (rated long-term output), 20000W (peak value ≤ 30s) | |
| Storage cable length | standard storage cable 220m, supporting maximum storage cable ≥ 330m | |
| Retraction speed | 0-3m/s, adjustable | |
| Reel in/out tension | 0-20N, adjustable | |
| Interface | Input aviation socket, fiber optic FC port (optional), communication Type-C port, cable output XT60 connector | |
| Buttons and switches | high-voltage on/off button, cable strong retraction button, input air switch, alarm indicator light | |
| Size | 645× 550× 350± 0.5mm, excluding foot pads | |
| Weight | 36 ± 0.5kg, including 220m tethered cable | |
| Tether cable | Material | Alloy lightweight high-temperature resistant aviation wire, composite fluoroplastic insulation layer, high modulus tensile aviation grade fiber woven layer |
| Fiber optic | The tethered cable is an optoelectronic composite cable, which contains tightly packed single-mode fiber optic and can be optionally equipped with fiber optic communication | |
| Current | 15-20A | |
| DC resistance | 2.3 ± 0.1 Ω, 100m@20 ºC loop | |
| Tensile strength | ≥ 300kg, resistant to repeated retraction and release times ≥ 1000 times | |
| Insulation strength | ≥ 3000Vdc, no breakdown for 1 minute | |
| Cable length | 220/330±2m, supporting customized line length | |
| Outer diameter | 5.0 ± 0.2mm | |
| Weight | 2.9 ± 0.1kg/100m | |
| Air module | Input voltage | 600~830Vdc wide range input |
| Output voltage | 50 ± 0.5Vdc, constant voltage output, supporting voltage customization | |
| Output power | 12000W (rated long-term output), 15000W (peak value ≤ 10s) | |
| Protection function | Input overvoltage and undervoltage protection, output overvoltage, overcurrent, short circuit, and over temperature protection | |
| Communication function | CAN communication reports voltage, current, temperature and other data as well as working status information | |
| Isolation voltage | 3000V (Vin-Vout), 1min, leakage current ≤ 5mA, no breakdown, flashover, or corona phenomenon | |
| Installation method | Reserved installation ears, fixed with screws | |
| Heat dissipation method | external fan active heat dissipation, reserved air duct forced air cooling | |
| Interface | input XT60, output XT90 × 6 | |
| Protection level | IP54 | |
| Size | 302 × 200× 68 ± 0.5mm, excluding mounting lugs | |
| Weight | 4300 ± 100g, excluding external connectors | |
1. Unless otherwise specified, the above data are all tested at Ta=25 ºC, humidity<75%, nominal input, and rated load.
2. Due to space limitations, there is incomplete data in the table. If necessary, please contact our sales personnel to obtain it.
FAQ
1. **Q: What is MYUAV's tethered power station? **.
**A:** MYUAV's tethered power station is an innovative high-altitude power generation solution that uses tethered drone technology to connect a large drone to a ground power source. The drone carries a small wind turbine or solar panel to fly high into the sky, using high-altitude wind or sunlight resources to generate electricity, and then sends the power back to the ground via tethered cables.
2. **Q: How does MYUAV tethered power station work? **.
**A:** The working principle is mainly to use the drone as a platform to lift it to the height that the traditional wind turbine cannot reach, where the wind speed is more stable and strong, thereby improving the power generation efficiency. The UAV receives a constant supply of electricity through high-strength cables attached to the ground to maintain the flight of the UAV and the operation of the power generation equipment.
3. **Q: How efficient is the MYUAV tethered power station? **.
**A:** Because the actual data depends on the specific UAV model and the configuration of the power generation equipment, MYUAV may have increased the power generation per unit area through the efficient use of wind or solar resources. Compared to traditional ground-based power plants, high-altitude wind or solar power has a higher power generation potential per unit area, but the exact efficiency figures need to refer to the product performance indicators provided by MYUAV company.
4. **Q: In what environment can MYUAV tethered power stations operate? **.
**A:** MYUAV's tethered power stations should be able to operate within a safe range of meteorological conditions, such as avoiding extreme weather conditions, while ensuring the safety and stability of tethered cables. The specific operating environment conditions should be consulted with MYUAV for detailed standards prior to purchase.
5. **Q: How to recover and maintain tethered UAVs? **.
**A:** MYUAV may be equipped with an automated or semi-automated recovery system to safely land and recover the teemed UAV if necessary, while performing regular maintenance checks on the power generation equipment on the UAV. The maintenance process may include integrity inspection and repair of the drone body, power system, power generation equipment and tethered cables.
Again, the above information is based on the general application of tethered UAV technology. For more details about MYUAV's tethered power station products, please contact the company directly for the latest and most accurate product descriptions, performance parameters and service support.