1. Precise hydrogen fuel supply: dynamically adjusts hydrogen injection quantity and timing for stable high-altitude supply, with paired leakage-monitoring logic.
2. Closed-loop turbine speed regulation: multi-stage precise speed control matching take-off, cruise and high-altitude idle flight conditions.
3. Efficient combustion control: adaptive air-fuel ratio and ignition control balancing power output and energy-efficiency targets.
4. Whole-system coordinated thermal management: coordinates cooling of the combustion chamber, hydrogen piping and electronic controls to adapt to high/low-temperature airspace.
5. Aerospace conformal (three-proof) hardware: wide-temperature operation, vibration and EMI resistance, meeting high-altitude low-pressure requirements.
6. Safety fail-safe protection: graded handling of hydrogen leakage, turbine stall, overtemperature and overpressure, with emergency shutdown protection.
7. Rapid model-based development: Simulink graphical modeling with automatic code generation, paired with a full set of calibration and simulation tools.
8. Domestic classified design: fully domestic hardware and software, with flight data encrypted locally for storage and transmission.
9. Full-altitude adaptation: control algorithms optimized for thin air ensure stable operation across the entire altitude range.
1. Integrated hardware/software development: R&D cycle shortened by 50% and overall development cost greatly reduced.
2. Complete aerospace environmental validation: passes the full set of high/low-temperature, vibration, EMC and high-altitude simulation tests.
3. Self-controllable core chips, algorithms and toolchain: meets mandatory domestic requirements.
4. Modular hardware and software: quickly adapts to small UAVs, large manned aircraft and rocket auxiliary engines.
5. Full-link redundancy in sensing, control and communication: greatly improves in-flight safety.
6. Full-process engineering services: covering simulation, type approval, mass production and after-sales technical support.
7. Fast response and high precision: meets the demanding powertrain-control needs of hydrogen turbines.