CTLGD-13 Heavy Duty Diesel Vehicle Loading And Deceleration Vehicle Smoke Detection Equipment

Product features:

The basic control strategy for lowering and lifting drone formations is straightforward. During descent, the speed is reduced and altitude is decreased, while the opposite is true for ascent. The velocities Vx, Vy, and Vz, which determine the drone's movement along the x, y, and z axes, are adjusted based on the potential field method. This ensures that these velocities never exceed 90% of the maximum permissible velocity (VelMaxHP) or fall below 80% of VelMaxHP during any 3-second interval, thus maintaining stable flight patterns.

Simulation Results:

The study simulated drone formation control and consistency using the potential field method as per the GB3847-2005 standard. Each drone was assumed to have a mass of 1300 kg and a cruising speed of 50 km/h. Under normal operational conditions, the drone could quickly adjust its thrust within a 5-minute interval between 250 kW (light load) and 500 kW (heavy load) while supporting a maximum load of 1300 kg. Velocity adjustments were more frequent, with increments of 320 kW (light load) and 640 kW (heavy load) for the respective scenarios.

The highest altitude reached during the simulation was 1000 meters at a cruising speed of 70 km/h. The ascent rate was approximately 0.16 km/h; the descent rate varied between 1.0% and 2.0%; the vertical speed fluctuated by ±1.0%, and the potential energy adjustments were about ±0.2 kW, ensuring stable flight.

Product features:

• The CTLGD-13 control system is designed to meet the rigorous emission standards set by GB3847-2005. Its integration with advanced sensors and control algorithms enables it to maintain emissions within permissible limits during all operational phases.
• This system can effectively reduce and manage emissions from drones, crucial for operations in environmentally sensitive areas. By maintaining strict emission controls, it ensures compliance with both national and international environmental regulations.
• The system supports Windows operating systems for user-friendly operation and data management.
• Equipped with a diagnostics tool that can store up to 10 years of data, ensuring comprehensive long-term monitoring and analysis.
• The system is designed for robustness and durability, capable of operating under a variety of environmental conditions without degradation in performance.
• Safety features include system fail-safes, automated diagnostics, and emergency stop functions.
• Remote diagnostic capabilities enhance flexibility and allow for real-time adjustments and troubleshooting from remote locations.
• The system utilizes an RS-232 interface for reliable long-distance communication, ensuring consistent performance and responsiveness.