hydro.h File Reference

Hydro ROR (Run-of-River) time series variables for hydroelectric power. More...

#include <vector>
#include "timeseries_base.h"

Go to the source code of this file.

Classes
struct	Antares::Solver::Variable::Economy::HydroTraits
	Traits for hydro ROR time series variables. More...
class	Antares::Solver::Variable::Economy::TimeSeriesValuesHydro< NextT >
	Hydro ROR time series implementation. More...

Typedefs
using	Antares::Solver::Variable::Economy::VCardTimeSeriesValuesHydro = VCardTimeSeriesBase< HydroTraits >

Detailed Description

Hydro ROR (Run-of-River) time series variables for hydroelectric power.

Hydro ROR (Run-of-River) time series variables for hydroelectric power modeling.

• This file implements hydro run-of-river time series variables using the modern time series base framework. Hydro variables represent the electricity generation from run-of-river hydroelectric installations.

Key Features:

• Dynamic Time Series Access: Handles variable time series indices per year
• ROR Modeling: Specific implementation for run-of-river hydro generation
• Modern Memory Management: Uses std::vector instead of raw pointers
• Hourly Processing: Granular access to time series data per simulation hour

Hydro-Specific Behavior:

Hydro variables differ from other time series types:

• Dynamic Series Selection: Each year may use a different time series (nbchro)
• Hourly Data Access: Values are extracted hour by hour during simulation
• ROR Specialization: Focused on run-of-river rather than reservoir hydro
• Series Index Mapping: Uses getSeriesIndex() to determine which series to use

Data Processing Flow:

Year Begin: area->hydro.series->ror.getSeriesIndex(year) → time series selection
      ↓
Hour Processing: (*fatalValues[space])[hourInYear] → hourly value extraction
      ↓
Storage: yearlyValues[space][hourInYear] ← accumulation for statistics

ROR vs Reservoir Hydro:

This implementation focuses on Run-of-River (ROR) hydro generation:

• ROR: Flows directly through turbines, minimal storage, weather-dependent
• Reservoir: Large storage capacity, optimizable dispatch (handled elsewhere)

See also

timeseries_base.h for the base framework

generation.h, load.h for other time series implementations