Grid Services Control
FCR/aFRR/Voltage Support Control Room
Diese Control-Room-Ansicht modelliert Real-Time-Frequency-Regulation, Voltage-Support und Reserve-Services. Sie visualisiert den End-to-End-Control-Loop – von Grid-Signals zu Algorithmic-Dispatch zu BESS-Response – einschließlich Event-Logs und Performance-Compliance.
Visualisiert
- •Grid Frequency und Tolerance Band Monitoring
- •Service-Allocation über FCR/aFRR/Voltage/Reactive/Reserve
- •Control Loop Latency Breakdown und Response Time KPIs
- •Event Log mit Activations und Stabilization Actions
- •Ancillary Services Accuracy und Penalty Risk Indicators
- •Resilience Capabilities (Islanding, Black-Start, Autonomous Failover)
Verwendet für
- •Betrieb von Ancillary Services mit Audit-Ready Performance Evidence
- •Validierung von Response-Time-Constraints und Redundancy-Logic
- •Minimierung von Penalty Exposure durch Compliance Monitoring
Verwandte Systemansichten
Grid Services Control
Frequency Regulation & Voltage Support Management • Real-Time Balancing
Real-Time Grid Frequency
49.98 Hz
Grid Frequency
49.9550.0050.05
Deviation-0.02 Hz
Tolerance Band±0.05 Hz
Response Time128 ms
Stability StatusStabilized
Active Regulation Mode
Primary Frequency Control (FCR)
Active Service Allocation
Dynamic Reallocation: Enabled
Total Capacity Available87 MW
FCR18 MW
aFRR22 MW
Voltage Support8 MW
Reactive Power6 MW
Spinning Reserve10 MW
Idle / Flexible23 MW
Committed Services
64 MW
Utilization Rate
73.6%
Voltage Support & Reactive Power
Grid Voltage
398 V
Nominal 400 V
Reactive Power Injection
+3.2 MVar
Capacitive mode
Power Factor
0.98
Leading
Voltage Stability Index
8.9 / 10
Highly stable
Control Loop Visualization
Grid Signal
0 ms
→
Control Algorithm
8 ms
→
Dispatch Command
42 ms
→
BESS Response
132 ms
→
Grid Stabilization
—
Signal Processing Latency
8 ms
Control Execution Time
42 ms
Full System Response
132 ms
Real-Time Event Log
14:23:45
Frequency dip detected (49.92 Hz)
FCR dispatch: +4 MW
14:18:32
Voltage fluctuation in Node 3
Reactive injection: +2.1 MVar
14:12:18
aFRR activation signal received
Ramp-up: 6 MW in 180s
14:05:09
Grid stabilized
Return to standby mode
13:58:24
Voltage spike detected (404 V)
Reactive absorption: -1.8 MVar
Events Today
247
Ancillary Services Performance
FCR Accuracy (30d)99.4%
aFRR Activation Compliance100%
Missed Activation Events0
Penalty Incidents0
Average Ramp Speed0.8 MW/s
Total Activations
1,247
Avg Response Time
124 ms
Resilience & Failover Logic
Grid Islanding Capability
Enabled
Black-Start Support
Available
Backup Power Priority
Critical Loads First
Failover Mode
Autonomous
Grid Resilience Active
All redundancy systems operational. Auto-recovery enabled.
Flexibility Utilization Index
FCR22%
aFRR27%
Voltage Support9%
Spinning Reserve14%
Idle Capacity28%
Overall Utilization
72%
Flexibility Score
9.2/10