面向高密度空中交通的纯电垂直起降机队全自动协同编排中枢

eVTOLOrchestration 构筑商用城市立体空中交通 (UAM) 的中央智能中枢神经,在大都市多节点垂直起降机场网络之间,全天候协同指挥数千架次零碳载客空中航班,以严格的形式化数学模型确保航路绝对无冲突飞行。

eVTOLOrchestration Fleet Engine Architecture

Spatio-Temporal Deconfliction, Vertiport Slot Allocation & Real-Time Battery Telemetry

Central System: Metropolitan UAM Dispatcher - 4D Spatio-Temporal Slot Broker

Aviation Architecture Nodes

  • Vertiport TLOF Slot Allocator
  • 4D Acoustic Corridor Engine
  • State-of-Charge (SoC) Telemetry Ingress
  • Contingency Divert Matrix
  • Urban Micro-Weather Sensors

Architectural Layers & Protocol Stacks

  • Dynamic Vertiport Scheduling & Ground Turnaround (ASTM F3586 Vertiport Standards / Mixed-Integer Linear Programming (MILP)): Micro-slot reservation managing passenger boarding, rapid megawatt charging, and final approach pad clearance with zero ground gridlock.
  • 4D Acoustic Corridor Routing (Acoustic Propagation Ray Tracing / Dynamic Airspace Geofencing): Dynamic corridor generation steering flight paths over highways and industrial waterways to minimize community noise footprint below 55 dBA.
  • Battery State-of-Charge Contingency Management (Battery BMS Telemetry / FAA Order 8900 Reserve Guidance): Real-time monitoring of pack temperature, cell degradation, and headwind power penalties, maintaining 20-minute IFR reserves.
  • Automated In-Flight Contingency Divert (Rapid Contingency Path Planner / Direct Drone-to-Vertiport C2): Pre-computed emergency holding nodes and safe alternate rooftop touchdown pads instantly cleared upon localized microburst alerts.

Flight Telemetry Metrics: < 15 s (Vertiport Pad Reallocation Latency) | 1,200+ (Hourly Coordinated Metropolitan Flights) | < 55 dBA (Ground Acoustic Noise Threshold) | 100% (IFR Reserve Margin Guarantee)

解决都市航空的多机瓶颈问题

Electric vertical takeoff and landing aircraft have strict battery reserve constraints, making traditional holding patterns over airports impossible. eVTOLOrchestration synchronizes vertiport touchdown and liftoff (TLOF) slots, airspace corridors, and grid charging capacity into a single unified real-time scheduling engine.

Core Engineering Areas

Technical Publications

Related Cluster Architecture Specifications