Table 6 Input parameters for project design for advanced system analysis
From: Large-scale solar system design, optimal sizing and techno-economic-environmental assessment
Machang, Kelantan | Pekan, Pahang | ||
|---|---|---|---|
System variant | System variant | ||
Parameters | Data | Parameters | Data |
Variant n° | VC1 | Variant n° | VC1 |
Orientation | Orientation | ||
Parameters | Data | Parameters | Data |
Field type | Fixed tilt plane | Field type | Fixed tilt plane |
Plane tilt | 5° | Plane tilt | 5° |
Azimuth | 0° | Azimuth | 0° |
Optimization | Yearly irradiation yield | Optimization | Yearly irradiation yield |
System | System | ||
Parameter | Data | Parameter | Data |
Planned power | 30 000 kWp | Planned power | 30 000 kWp |
PV module | First Solar | PV module | Hanwa Q Cells |
Inverter type | ABB | Inverter type | Growatt New Energy |
Detailed losses | Detailed losses | ||
Parameter | Data | Parameter | Data |
Thermal parameters | “Free” mounted modules with air circulation | Thermal parameters | “Free” mounted modules with air circulation |
Ohmic losses | STC losses—1.5% | Ohmic losses | STC losses—1.5% |
Ageing | Degradation factor as PV cell datasheet | Ageing | Degradation factor as PV cell datasheet |
OPTIMIZER | AMPT V430-12 | OPTIMIZER | MAXIM (MAX20800A) |