ENERGY MANAGEMENT SYSTEM FOR COMPLEX HYBRID APPLI­CA­TIONS

For complex hybrid appli­ca­tions, Kuhse offers the innovative energy management solution GE-Microgrid Management. Funda­mental control functions are supple­mented by a compre­hensive range of additional functions which can be provided in a modular and scalable manner.

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Extended control functions

  • Load management
  • Load shedding
  • Black start
  • No-load control
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Dynamic reserve power

  • for energy storage, engine-generator and turbine-generator sets
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Power quality and power stability

  • Peak load compensation
  • Active and reactive power control
  • Voltage and frequency support
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Connec­tivity options to

  • Forecast-engines for solar and wind forecasts as well as load profiles for day-ahead forecasts
  • Energy markets ("24h energy demand market" and "5min frequency regulation market”)
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Further connec­tivity options to

  • Superior systems (e.g. to control and dispatch centers)
  • Simulation environments
  • Analysis-mechanisms for Condition Monitoring, Predictive Maintenance, Outlier Detection
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Imple­men­tation of controllers

  • for covering local grid connection requi­re­ments (Grid Code Compliance)
Systemaufbau EMS

System Topology

The GE-MicroGrid Management solution consists of a local real-time control device (the Microgrid Controller) for direct commu­ni­cation with the primary control systems and the inter­faces for connecting energy markets, forecast systems and simulation environ­ments.

The GE-MicroGrid Management solution control device contains those verified software modules that are selected and required for the respective project. In addition, individual customer-specific and special project-specific adapt­a­tions can be integrated into this control device as separate software modules.

Stored and archived operating and status data as well as day-ahead forecast simula­tions are available locally or/and through customer-related cloud databases and cloud appli­ca­tions.

Remote monitoring, remote optimization and remote support capabi­lities are also available via cyber-secure remote connec­tions.

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Hybrid Power

Features

Echtzeit-Steuerung

  • Umsetzung der Betriebsarten wie
    • Schwarzstart & Inselbetrieb
    • Netznullbezug & Netzexport
  • Übergeordnete Steuerung von Energieerzeugungsanlagen & BESS
  • Lastmanagement
  • Sektorkopplungsmanagement
  • Steuerung des Energieflusses über den Netzanschlusspunkt
  • Frequenz- / Spannungssteuerung im Inselbetrieb
  • Reserveleistungsmanagement
  • Spitzen- und Kapazitätsglättung von PV- und Windenergie

Optimizer – voraus­schauende Planung

  • Day-Ahead Planung (15min-Takt)
  • Auswahl diverser Planungsprioritäten:
    • Maximale Ausnutzung der Erneuerbaren
    • Spitzenlastglättung (Peak Shaving)
    • Minimierung des Netzbezugs während hoher Stromkosten
    • Brennstoff- / CO2-Einsparungen
  • Berücksichtigt werden dabei u.a.:
    • PV-Wind Forecast-Daten
    • Brennstoff- und Strompreise
    • Lastprofile
    • Sektorkopplungsenergiebedarf
    • BESS-Ladezustand

Anforderungen vom Energiemarkt / Netzbetreiber

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