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electricity-operation.yaml
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# Variables needed for plan4EU results in terms of electricity system operation
# Schedules per power generation technologies, storages and demand-response
# includes for each technology:
# - Active Power
# - Operation Cost
# - Reserves committed and Inertia provided
# - Levels of storages
# Marginal costs for:
# - Demand in ACtive Power
# - Demand in reserves
# - Demand in inertia
# - Flows in transmission lines
#
- Active Power|Electricity|{Electricity Input}:
description: Active power of {Electricity Input} power plants
unit: [MWh, GWh]
- Active Power|Electricity|Load Curtailment:
description: Energy curtailed - from the system point of view is equivalent to
generation of Active Power
unit: [MWh, GWh]
- Active Power|Electricity|Load Shifting:
description: Energy shifted - from the system point of view is equivalent to generation
of Active Power
unit: [MWh, GWh]
- Active Power|Electricity|Load Shifting|{Residential Load Shifting Asset}:
description: Energy shifted by assets of kind {Residential Load Shifting Asset} - from the system point of view is equivalent to generation of active power
unit: [MWh, GWh]
- Active Power|Electricity|{Storage Type}:
description: Active Power of a {Storage Type} unit
unit: [MWh, GWh]
- Storage|Electricity|{Storage Type}:
description: Available storage of a {Storage Type} unit
unit: [MWh, GWh]
- Storage|Electricity|Hydro|Reservoir:
description: Available storage of a Hydro Reservoir unit
unit: [MWh, GWh]
- Storage|Electricity|Hydro|Pumped Storage:
description: Available storage of a Pumped storage unit
unit: [MWh, GWh]
- Storage|Electricity|Hydrogen:
description: Available storage of a Hydrogen unit
unit: [MWh, GWh]
- Storage|Electricity|Load Shifting|{Residential Load Shifting Asset}:
description: Available (virtual) storage of a {Residential Load Shifting Asset} unit
unit: [MWh, GWh]
- Storage|Electricity|Load Curtailment:
description: remaining amount of curtailement
unit: [MWh, GWh]
- Spillage|Electricity|{Storage Type}:
description: Energy spillage that could not be stored by a {Storage Type} unit. Several energy models include spillage variables related to renewable
energy production; however, another way is to include a spillage variable to
the {Storage Type} unit since it is the last sink of the power network
unit: [MWh, GWh]
- Spillage|Electricity|Hydro|Reservoir:
description: Energy spillage that could not be stored by Hydro Reservoir . Several energy models include spillage variables related to renewable
energy production; however, another way is to include a spillage variable to
the hydro reservoir unit since it is the last sink of the power network
unit: [MWh, GWh]
- Spillage|Electricity|Hydro|Pumped Storage:
description: Energy spillage that could not be stored by pumped storage . Several energy models include spillage variables related to renewable
energy production; however, another way is to include a spillage variable to
the pumped-storage unit since it is the last sink of the power network
unit: [MWh, GWh]
- Operation Cost|Electricity|{Electricity Input}:
description: Operation Cost of {Electricity Input} power plants
unit: EUR_2020
skip-region-aggregation: true
- Operation Cost|Electricity|{Storage Type}:
description: Operation Cost of {Storage Type} units
unit: EUR_2020
skip-region-aggregation: true
- Operation Cost|Electricity:
description: Operation Cost of all electricity assets
unit: EUR_2020
skip-region-aggregation: true
- Reserve|Electricity|Automatic Frequency Restoration|{Electricity Input}:
description: Automatic Frequency Restoration Reserve available for {Electricity Input}
power plants; this amount is the maximum available for the grid operator considering
the commitment decisions taken by the model
unit: [MWh, GWh]
skip-region-aggregation: false
- Reserve|Electricity|Frequency Containment|{Electricity Input}:
description: Frequency Containment Reserve available for {Electricity Input}
power plants; this amount is the maximum available for the grid operator considering
the commitment decisions taken by the model
unit: [MWh, GWh]
skip-region-aggregation: false
- Reserve|Electricity|Frequency Containment|{Storage Type}:
description: Frequency Containment Reserve available for {Storage Type}
units; this amount is the maximum available for the grid operator considering
the commitment decisions taken by the model
unit: [MWh, GWh]
skip-region-aggregation: false
- Marginal Cost|CO2 Emissions|Electricity:
description: Marginal Cost associated to the constraint in terms of CO2 emissions
by the electricity power sector
unit: EUR_2020/MWh
skip-region-aggregation: true
- Marginal Cost|Final Energy|Electricity:
description: Marginal Cost associated to the electricity demand constraint
unit: EUR_2020/MWh
skip-region-aggregation: true
- Marginal Cost|Maximum Flow|Electricity|Transmission:
description: Marginal Cost associated to the maximum flow constraint in a line
unit: EUR_2020/MWh
skip-region-aggregation: true
- Marginal Cost|Minimum Flow|Electricity|Transmission:
description: Marginal Cost associated to the minimum flow constraint in a line
unit: EUR_2020/MWh
skip-region-aggregation: true
- Marginal Cost|Network|Electricity|Demand|Inertia:
description: Marginal Cost associated to the inertia requirement
unit: EUR_2020/MWh
skip-region-aggregation: true
- Marginal Cost|Network|Electricity|Demand|Reserve|Automatic Frequency Restoration:
description: Marginal Cost associated to the Automatic Frequency Restoration requirement
unit: EUR_2020/MWh
skip-region-aggregation: true
- Marginal Cost|Network|Electricity|Demand|Reserve|Frequency Containment:
description: Marginal Cost associated to the Frequency Containment requirement
unit: EUR_2020/MWh
skip-region-aggregation: true
- Export|Electricity:
description: Exported electricity from a given region
unit: [MWh, GWh]
- Import|Electricity:
description: Exported electricity from a given region
unit: [MWh, GWh]
- Unserved Demand|Electricity:
description: Not served demand
unit: [MWh, GWh]
- Flow|Electricity:
description: balance of energy exchanges for a given line, described as region1>region2
if the variable is positive it means that more energy has been sent from region 1 to region 2 than from region2 to region1
unit: [MWh, GWh]
- Injected Energy|Electricity|{Storage Type}:
description: Amount of energy charged from the grid to the storage during the period
notes: this represents the total energy which is charged into the storage during the period, the energy which is discharged during
that same period is not substracted from this total. This means that the Net Charged Energy can be computed as Charged Energy - Discharged Energy
if Charged Energy > Discharged Energy, 0 if not
unit: [MWh, GWh]
- Injected Energy|Electricity|Hydro|Pumped Storage:
description: Amount of energy charged from the grid to the pumped storage during the period
unit: [MWh, GWh]
- Discharged Energy|Electricity|{Storage Type}:
description: Amount of energy discharged from the storage to the grid during the period
notes: this represents the total energy which is discharged from the storage to the grid during the period, the energy which is charged into the storage during
that same period is not substracted from this total. This means that the Net Discharged Energy can be computed as Discharged Energy - Charged Energy,
if Discharged Energy > Charged Energy, 0 if not
unit: [MWh, GWh]
- Injected Energy|Electricity|Load Shifting|{Residential Load Shifting Asset}:
description: Surplus of energy consumed by the {Residential Load Shifting Asset} during the period,
compared to nominal consumption profile. This means that the <Residential Load Shifting Asset> is advancing some consumption
i.e. consuming earlier than in the nominal profile, or that the consumption had been lowered in an earlier period and is
consumed later (delayed)
notes: this is equivalent to modelling the <Residential Load Shifting Asset> as a virtual storage
this represents the total energy which is charged into the storage during the period, the energy which is discharged during
that same period is not substracted from this total. This means that the Net Charged Energy can be computed as Charged Energy - Discharged Energy
if Charged Energy > Discharged Energy, 0 if not
unit: [MWh, GWh]
- Discharged Energy|Electricity|Load Shifting|{Residential Load Shifting Asset}:
description: Amount of energy not consumed by the {Residential Load Shifting Asset} during the period,
compared to nominal consumption profile. This means that the <Residential Load Shifting Asset> is delaying some consumption
i.e. consuming later than in the nominal profile, or that the consumption had been increased in an earlier period and is
not consumed later (delayed)
notes: this is equivalent to modelling the <Residential Load Shifting Asset> as a virtual storage
this represents the total energy which is discharged from the storage during the period, the energy which is charged into the storage during
that same period is not substracted from this total. This means that the Net Discharged Energy can be computed as Discharged Energy - Charged Energy,
if Discharged Energy > Charged Energy, 0 if not
unit: [MWh, GWh]