ETHOS.RESKit
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    FZJ-IEK3-VSA/RESKit
    • Home
    • Examples
    • API Reference
    • Code of Conduct
    FZJ-IEK3-VSA/RESKit
    • Home
      • Overview
        • Overview
        • Download ERA5 Data
        • How to Calculate the Absolute Wind Speeds from the Raw ERA5 Data
        • Prepare ERA5 Data for Wind Workflow
        • Prepare ERA5 Data for Solar Workflows
        • Reading MERRA data
        • Wind shear estimation from MERRA Data
        • Process the Power Curve from the thewindpower.net.
        • Create LRA Datasets
        • Overview
        • Calculate Levelized Cost of Electricity (LCOE)
        • Overview
        • Overview: Wind Power Workflows
        • Create a Power Curve From Scratch
        • Synthetic Power Curve
        • Power Curve Convolution
        • Suggest Onshore Wind Turbine
        • Calculate Offshore Turbine CAPEX
        • Estimate Turbine Capital Cost
        • Basic Wind Turbine Simulation
        • Advanced Wind Turbine Simulation Workflow
        • Using a pre-arranged simulation workflow
        • ETHOS.RESKit.Wind Workflow
        • Use Workflows with Zarr
        • Overview
        • Overview: PV Workflows
        • Solar PV Module Access
        • Solar PV Simulation Workflow
        • Overview
        • Geothermal Example
        • Overview
        • Direct Air Capture Example
        • Cooling and Heating Workflows
    • API Reference
    • Code of Conduct

    SUMMARY

    • reskit
      • cooling_heating
        • workflows
          • cooling_heating_workflow_manager
          • workflows
      • csp
        • validation
          • greenuis_reference_data
          • validate
        • workflows
          • csp_workflow_manager
          • dataset_handler
          • workflows
      • dac
        • workflows
          • dac_workflow_manager
          • workflows
      • default_paths
      • geothermal
        • workflows
          • egs_workflow_manager
          • workflows
      • parameters
        • parameters
      • solar
        • core
          • frank_correction
          • system_design
        • workflows
          • solar_workflow_manager
          • workflows
      • util
        • air_density
        • create_LRA
        • economic
          • lcoe
        • errors
        • input_preparation
        • leap_day
        • local_values
        • loss_factors
        • relative_humidity
        • specific_humidity
        • topography
        • weather_tile
        • wet_bulb_temperature
      • weather
        • CordexSource
        • CosmoSource
          • CosmoSource
        • Era5Source
          • Era5Prepare
          • Era5Source
          • Era5ZarrSource
        • GSA_mean
          • GSAmeanSource
        • GWA_mean
          • GWAmeanSource
        • IconlamSource
          • IconlamSource
        • MerraSource
          • MerraSource
        • NCSource
        • SarahSource
        • util
      • wind
        • core
          • air_density_adjustment
          • design_turbine
          • logarithmic_profile
          • power_curve
          • power_profile
          • turbine_library
          • windspeed_correction
        • economic
          • offshore_cost_model
          • onshore_cost_model
        • workflows
          • wind_workflow_manager
          • workflows
      • workflow_manager
    Jülich Systems Analysis Helmholtz Association

    Developed at the Institute of Climate and Energy Systems – Jülich Systems Analysis (ICE-2), Forschungszentrum Jülich, a member of the Helmholtz Association.

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