Photovoltaic time resolved Energy System
| Icon | Name | ID | Category | Subcategory |
|---|---|---|---|---|
 |
Photovoltaic time resolved Energy System | PvTimeResolved | [hive] | Solar |
Calculates time resolved electricity generation and cell efficiency of a photovoltaic panel based on the Nominal Operating Cell Temperature method, Eqt. A.10 in doi: 10.1016/j.apenergy.2019.03.177
| Name | ID | Description | Type |
|---|---|---|---|
| A | A | Area of PV system in [m²].Default is 1.0 | float |
| eta_PVref | eta_PVref | Reference PV efficiency under NOCT in [-]. Default is 0.15 | float |
| beta | beta | Temperature coefficient [-]. Default is 0.004 | float |
| NOCT | NOCT | Nominal operating cell temperature in [°C]. Default is 45.0 | float |
| NOCT_ref | NOCT_ref | Reference temperature in [°C]. Default is 20.0 | float |
| NOCT_sol | NOCT_sol | Reference irradiance in [W/m²]. Default is 800.0 | float |
| T_amb | T_amb | Ambient temperature hourly time series, 8760 entries, in [°C] | float |
| I | I | Solar irradiance on the panel. Time series with 8760 entries, in [W/m²] | float |
| Name | ID | Description | Type |
|---|---|---|---|
| Elec | Elec | Electricity generated by PV panel. Time series with 8760 entries, in [Wh] | float |
| effic | effic | Temperature dependent efficiency of PV module. Time series with 8760 entries [-] | float |
TODO: find this component in an example file / create an example file
- TODO: link to similar / collaborating components
- Assembly:
Hive.Core.solar_tech.ghpy - Source:
src/Hive.Core/solar_tech/noct_pv.py