From: Optimal configuration analysis for a campus microgrid—a case study
Component | Specification | |
---|---|---|
PV | Material | Polycrystalline Silicon |
Size | 1480*670*35 mm | |
Max Power | 150watt | |
Max Power Current | 8.29A | |
Max Power Voltage | 18.1 V | |
Derating Factor | 80% | |
Wind Turbine (WT) | Turbine type | Upwind |
Rotor diameter | 21.5 m | |
Hub heights available | 37 m, 31 m, 25 m, 21 m | |
Rated power | 100 kW | |
Rated rotor speed | 60 rpm | |
Rated output voltage | 400 VAC, 50 Hz | |
Working wind speed | 3–25 m/s | |
Diesel Generator | Power Capacity (kW/kVA) | 100/125 |
Rated Voltage | 415/240 | |
Rated Speed | 1500 rpm | |
Battery | Type | 1kWh Lead Acid |
Nominal Voltage | 12.0 V | |
Maximum Capacity | 83.4 Ah | |
Round Trip Efficiency | 80% | |
Float Life | 10 years | |
Maximum charge Rate | 1 A/Ah | |
Maximum charge Current | 16.7 A | |
Maximum Discharge Current | 24.3 A | |
Initial State of Charge | 98% | |
Minimum state of Charge | 30% | |
Converter | Range | 100kWp |
Voltage range | 310 V-450 V | |
THD | <0.8% | |
Max Efficiency | 97.2% | |
Ambient Temperature | -25 to 55O C without de-rating |