H₂
HYDROFORGE— Hydrogen Stack MonitorNORMALOFFLINE
t=0.0h8.0h
Stack Voltage181.0V
Cell Voltage1.7750V
Temperature65.0°C
H₂ Purity99.999%
H₂ Flow23.30Nm³/h
State of Health100.0%

Stack Voltage Over Time

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Temperature Over Time

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AI Stack Engineer

RAG — 8 sources indexed

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100.0%State of Health
Anomaly Score0.000
PTL Passivation
0.0%
Catalyst Dissolution
0.0%
Membrane Degradation
0.0%
Catalyst Poisoning
0.0%
Mechanical Pinhole
0.0%
Maintenance Required In
—hours
CI: —h — —h= —
NORMALESD: STANDBY
HFR: 150.0 mΩ·cm²
Water: 17.20 MΩ·cm

Cost Impact

NREL methodology · $0.04/kWh renewable baseline
Daily Cost of Degradation$0.00/day1MW equiv: $0.00/day
SEC51.0kWh/kgBOL baseline: 51.0 kWh/kg
Efficiency Loss0.0%vs BOL baseline
Yearly Projection$0/year extra energy1MW equiv: $0/yr

Multi-Stack Load Allocation

Total Demand:300 kW
Stack A — Primary
100.0%State of Health
100.0kW
FULL LOAD
Stack B — Degraded
85.0%State of Health
100.0kW
REDUCED LOAD
Stack C — Critical
70.0%State of Health
100.0kW
HOT STANDBY 10%

Data Upload — Digital Twin

Drop SCADA CSV here

Columns: t, Stack_Voltage, Temp_Water_Outlet, Stack_Current