CAN
The specifications provided indicate the details of a tethered
power system designed for a drone. The characteristics specified
are as follows: Dimensions: 240mm×85mm×370mm Weight: 9kg Electrical
Input: 380V AC Communication Protocol: CAN Power Output: 20KW,
1000V DC Based on these specifications, it appears to be a
high-power, compact, and lightweight power supply system intended
for a tethered drone application. Here are some key considerations
for this type of power system:
1. Compact Design: The indicated size and weight suggest that this
power system is designed to be relatively compact and lightweight,
which is advantageous for mobility and ease of transportation, as
well as for integration with the drone system.
2. High Power Output: With a 20KW power output at 1000V DC, this
power system is capable of delivering a substantial amount of
electrical energy, making it suitable for supporting the
significant power demands of a tethered drone system, including
continuous flight operations and payload requirements. 3.
Electrical Input: The requirement for a 380V AC input indicates the
need for a dedicated electrical power source capable of delivering
the specified voltage and current to power the system.
4. Communication Protocol: The use of the CAN communication
protocol suggests that the power system is equipped with a
standardized method for communication and control, enabling the
integration of electronic components and the transfer of data
within the system.
5. Tethered Drone Application: The high power output, compact form
factor, and specific electrical and communication specifications
align with the characteristics required for a tethered power system
designed to provide continuous electrical power to a drone for
prolonged flight operations or specialized applications, such as
surveillance, telecommunications, or industrial inspections.
Overall, the provided specifications indicate a robust and advanced
power supply system tailored for the specific requirements of a
tethered drone application, emphasizing the need for high power
output, compact design, and specialized communication
compatibility. This type of power system is essential for
continuous and uninterrupted drone operations requiring sustained
power supply from a ground-based source.
