Netzweite Ladeorchestrierung & Integration virtueller Kraftwerke (VPP)
ChargingOrchestration bündelt Tausende ladender Elektrofahrzeuge zu reaktionsschnellen virtuellen Kraftwerken (VPP). Durch Kopplung mit Übertragungs- und Verteilnetzbetreibern werden Primärregelleistung bereitgestellt und Arbitrageerlöse erzielt.
Orchestration Gateway Zonal Architecture
Central Controller: Orchestration Gateway — Multi-Fleet VPP Engine
Zonal Control Units & TSN Ring
- Transmission Operator API / OpenADR
- Stationary Storage & Solar Array Coupling
- Fleet Flexibility Forecasting Engine
- Locational Marginal Price Analyzer
- Encrypted EVSE Dispatch Bus
Vom Netzrisiko zum stabilisierenden Kraftwerk: E-Fahrzeugflotten transformieren
Ungesteuertes Laden droht lokale Umspannwerke in den abendlichen Spitzenzeiten zu überlasten. ChargingOrchestration bündelt Telemetriedaten dezentraler Netze und formiert Megawatt-Demand-Response-Blöcke zur automatischen Netzstabilisierung.
Core Engineering Areas
- VPP Aggregation & Flexibility — Aggregating individual vehicle battery states, connection times, and departure constraints into a unified megawatt-scale virtual battery asset.
- Frequency Containment Reserve (FCR) — Modulating charging speed within 200 milliseconds of detecting grid frequency drops below nominal 50/60 Hz baselines.
- LMP Real-Time Arbitrage — Ingesting 5-minute locational marginal pricing (LMP) feeds and optimizing charging schedules to minimize wholesale electricity purchase costs.
Technical Articles
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