Key Features
- 3500W High Power Output
Compact chassis delivers 3500W continuous power supply capability, meeting aerial operation demands for medium-to-large tethered drones and high-power payloads. - 400V DC High-Voltage Input Design
High-voltage, low-current transmission effectively reduces cable losses and heat generation, significantly enhancing the energy efficiency of the entire tethered system. - 50V Stable DC Output (±1.5%)
High-precision voltage regulation ensures stable operation of flight controllers, motors, and payloads under heavy load conditions. - Lightweight Compact Body (1.15kg)
Maintains low weight and small footprint even under high-power conditions, reducing load pressure on drone platforms. - Automatic Balancing Control
Built-in automatic balancing mechanism enhances output consistency and system reliability, lowering flight risks.
|
Weight |
1.15Kg |
| Measurement | 18 x 4.5 x 11cm |
| Power | 3500W |
| Input | 400V d.c. |
| Output voltage | 50V d.c. Stable Output |
FAQ
Q1:What are the primary applications of the MP35 in unmanned aerial vehicle scenarios?
It is suitable for long-duration hovering tasks in tethered UAVs, such as security surveillance, communication relay, emergency command, illumination, and border patrol.
High-voltage input significantly reduces cable current and heat generation, minimizes energy loss, and is more suitable for long-distance tethered power supply systems.
The MP35 employs high-precision voltage regulation, maintaining output stability within ±1.5%, meeting the stability requirements for drone power systems.
It supports medium to large multi-rotor platforms, simultaneously powering flight systems and high-power payloads. Specific suitability depends on drone configuration and load requirements.
The MP35 achieves up to 96% conversion efficiency with minimal energy loss, effectively reducing heat generation and making it ideal for extended continuous operation.