1600W Tethered Drone Power, Measurement ≤145*65*112mm
| Parameters |
| Measurement | ≤145*65*112mm |
| Weight | ≤215g |
| Power | ≥1600W |
| Carry | 1110g(60% higher than normal solutions) |
| Socket | Inspire 2 socket |
| Protection | Anti-shutoff protection |
| Protection | Short-circuit protection |
| Protection | ≥420V(DC) |
The DJI Inspire 2 drone typically uses a lithium polymer (LiPo)
battery pack for its power source. However, in the context of a
tethered drone system, a 1600W 6S airborne power solution would
provide a continuous and stable power supply to the drone via a
tether cable connected to a ground-based power source.
A few key points to consider with this setup:
1. Continuous Power Supply: The 1600W 6S power system would ensure
a steady and reliable power supply, eliminating the need for the
drone to rely on its onboard batteries and enabling extended flight
times limited only by the availability of the ground-based power
source.
2. Tethered Operation: Tethered drones are commonly used for
applications that require prolonged aerial surveillance, data
collection, and monitoring. The tethered power setup allows for
uninterrupted flight operations, making it suitable for long-term
deployments.
3. Ground-Based Power Source: The tether system would be connected
to a ground-based power supply, such as a generator, power outlet,
or portable power station, providing a continuous flow of energy to
the drone.
4. Power Management and Safety: The power system must incorporate
robust power management and safety features to ensure the safe and
efficient transfer of power from the ground source to the drone,
including protection against overcurrent and overvoltage
situations.
5. Regulatory Compliance: Tethered drone operations may be subject
to specific regulations and airspace requirements.
It's important to ensure compliance with local aviation laws and
regulations when using tethered power systems. With a 1600W 6S
airborne power system, the DJI Inspire 2 can be effectively
integrated into a tethered drone setup, offering the advantages of
continuous power supply, extended flight times, and the ability to
support various applications requiring sustained aerial operations.
