Weather Processor Step
Goal
- Retrieves weather data for the location of the model.
- Creates synthetic hourly values from monthly means.
Technical information
| Class | WeatherProcessorStep |
| Superclass | WorkflowStepWithSimStadtGraphics |
| Author | |
| Maintainer | |
| Source location | simstadt/src/main/java/eu/simstadt/workflowsteps/WeatherProcessorStep.java |
| Package | eu.simstadt.workflowsteps |
| Project | simstadt |
Dependencies
Parameters
Weather data source (weatherDataSource)
Available weather data sources:
Monthly global horizontal irradiance and ambient temperature from PVGIS online database (https://re.jrc.ec.europa.eu/pvg_tools/en/tools.html)
Monthly global horizontal irradiance and ambient temperature from INSEL offline database
Hourly global horizontal irradiance and ambient temperature from local TMY3 file
Monthly global horizontal irradiance and ambient temperature from local TMY3 file
- Type :
WeatherDataSourceType - Default :
PVGIS_DATABASE - Possible values :
PVGIS_DATABASE, INSEL_DATABASE, TMY3_HOURLY_FILE, TMY3_MONTHLY_FILE - Getter :
getWeatherDataSource() - Setter :
setWeatherDataSource(WeatherDataSourceType)
TMY3 filename (inputFilename)
Meteonorm TMY3 filename, with either hourly or monthly values.
The corresponding file should be present somewhere in :
the repository folder
the project folder
or the workflowstep folder.
- Type :
String - Default :
Stuttgart-hour.tmy3 - Getter :
getInputFilename() - Setter :
setInputFilename(String)
Used in
- District Heating Network Analysis
- Energy Grid Simulation
- Environmental Analysis
- Environmental Analysis With Refurbishment Strategy
- Green Water
- Heat Demand Analysis
- Heat Demand Analysis With Energy Plus
- Heat Demand Analysis With Historic And Future Refurbishment
- Heat Demand Analysis With Refurbishment Strategy
- Heat Demand Calculation With Shadow Processing
- Hourly Heat Demand Analysis
- Hourly Heat Demand With Heat Storage
- PVPotential With Shadow Processing
- Photovoltaic Potential Analysis
- Photovoltaic Potential Financial Analysis
- Solar Potential Analysis