1
Fuel Storage and Sealing
- The core function is safe fuel storage through a sealed tank structure with specialized sealing materials.
- Blocks airflow to prevent fuel evaporation and external impurities from seeping into the tank.
- Tank lining is designed to match fuel characteristics, preventing chemical reactions between fuel and tank material.
- Enhanced structural mechanics ensure safety and sealing during static storage, laying the foundation for operations.
2
Fuel Inlet and Outlet Flow Control
- Internal fuel delivery components guide fuel output during supply operations.
- Utilizes pressure differentials or auxiliary power devices for smooth fuel flow along pre-set channels.
- Dedicated injection port with anti-overflow structure guides rapid fuel injection and prevents leakage.
- Internal level sensor monitors fuel level in real time, regulating inlet/outlet rhythm to maintain stable fuel level.
3
Safety Protection Mechanisms
- Multiple safety mechanisms activate simultaneously during operation given fuel's flammable nature.
- Flame-retardant and heat-insulating layers block ignition source transmission to prevent combustion.
- Pressure relief component automatically activates during abnormal internal pressure, preventing tank damage.
- Emergency protection structure quickly intercepts minor leaks, preventing fuel spread and safety hazards.
4
Multi-Scenario Adaptability and Adjustment
- Operating status can be adjusted through adaptable components for different usage scenarios.
- In outdoor/mobile scenarios, portable design with stable support structure prevents fuel sloshing during movement.
- In fixed scenarios, precise connection through fixed connectors ensures continuous fuel supply to equipment.
- Compatible with different fuel types through simple component switching, meeting diverse needs and improving adaptability.