Tethered Drone Power: 6.4Kg, 20kW, 1000V d.c., Safey Guaranteed
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Parameters |
| Weight |
6.4Kg |
| Measurement |
36×24×11cm |
| Power |
20kW |
| Input |
1000V d.c. |
| Output voltage |
14S. 16S. 18S |
| Output current |
360A |
| Auto balance |
±1.5% |
| Efficiency |
96% |
Airborne DC power for drones offers several benefits that improve the performance, reliability, and functionality of unmanned aerial vehicles (UAVs).
Some of these benefits include:
1. Higher efficiency: DC power systems are more efficient than alternative power sources like batteries, as they can convert electrical energy into useful work with minimal loss. This results in better performance and longer flight times for drones.
2. Improved power management: DC power systems allow for better power management within the drone, as it is easier to regulate and control the flow of electricity. This helps extend the battery life of the drone and ensures optimal performance across different flight scenarios.
3. Enhanced reliability: DC power systems are relatively simple and have fewer moving parts compared to other power sources, which reduces the likelihood of mechanical failures and increases the overall reliability of the drone.
4. Easier integration: DC power systems are widely used in various electronic devices, making it easier to integrate them into drone designs. This allows manufacturers to create drones with customised power systems that can cater to specific requirements, such as longer flight times, greater payload capacity, or faster flight speeds.
5. Reduced weight: DC power systems are generally lighter and more compact than alternative power sources, which helps reduce the overall weight of the drone. This, in turn, leads to improved fuel efficiency, longer flight times, and better performance.
6. Scalability: DC power systems can be easily scaled up or down to accommodate different drone designs and power requirements. This enables manufacturers to create a wide range of drone models to cater to various applications and budgets.
7. Lower maintenance costs: DC power systems require minimal maintenance compared to other power sources, which reduces the overall operating costs of the drone. This is particularly important for commercial and industrial drones that are constantly in operation.
8. Enhanced safety: DC power systems have a lower risk of electrical shock or fire compared to alternative power sources, which increases the safety of the drone and its operators.
Overall, airborne DC power for drones offers a reliable, efficient, and flexible solution for powering these aircraft, enabling better performance, longer flight times, and improved functionality. As drone technology continues to evolve, DC power systems will likely play a crucial role in driving advancements in the industry.
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6.4Kg Compact Drone Power Supply 20kW Tethered Airborne DC Power Images
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