Скачать или смотреть V03E_e VTOL_VCU/FCC (Vehicle Control Unit / Flight Control Computer)

Hybrid Power System (P1P3) on eVTOL application

The provided document outlines the engineering blueprint for the P13, a sophisticated modular flying car designed to overcome the limitations of urban air mobility through a hybrid land-air separation strategy. At its heart lies a specialized unified control architecture that merges automotive energy management with rigorous aerospace-grade flight safety standards to ensure seamless transitions between driving and flying modes. This framework utilizes a three-layer hierarchical system that prioritizes fault isolation and defense-in-depth redundancy, protecting the vehicle against critical failures in propulsion, power, or communication. Ultimately, the text serves as a technical roadmap for achieving simultaneous certification under the world's strictest aviation and automotive regulations, emphasizing deterministic performance and total system reliability

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Core Subsystems :
1. e VTOL_HV System Architecture and Functional Requirements
2. e VTOL_System Engineering Development
3. e VTOL_VCU/FCC (Vehicle Control Unit / Flight Control Computer)
4. e VTOL_TPU (Thermal Propulsion Unit)
5. e VTOL_Electric Propulsion Unit_EPU (P1 / P3 Motor) and Inverter
6. e VTOL_MCU (Motor Controller) and Decoupling Clutch
7. e VTOL_Power Electronics and High Voltage Accessories (DC Bus、Wiring Harness、 Connectors、 Fuses、 Contactor)
8. e VTOL_PDU and High Voltage Safety (HVIL、IMD、MSD、EMI and EMC)
9. e VTOL_ESS (Energy Storage System)
10. e VTOL_BMS (Battery Management System)
11. e VTOL_EMS (Energy Management System)
12. e VTOL_Thermal Management
13. e VTOL_Functional Safety Requirements
14. e VTOL_System Integration and Verification
15. e VTOL_System Certification and Regulatory Compliance