ETEngine Production

energy_flexibility_wind_batteries_electricity

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Present 0 0 0
Future 0 0 0
Edges 0 Outputs
Node MJ Type
energy_battery_wind_electricity
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0 Share
Reversed
Electricity
85.0 %
Node MJ Type
energy_battery_unused_electricity
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0 Inversed flexible
Loss
15.0 %
Inputs Edges 0
Electricity
100.0 %
Type MJ Node
Share
Reversed
 0 energy_battery_wind_turbine_inland
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Edges 0 Outputs
Node MJ Type
energy_battery_wind_electricity
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0 Share
Reversed
Electricity
0.0 %
Node MJ Type
energy_battery_unused_electricity
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0 Inversed flexible
Loss
100.0 %
Inputs Edges 0
Electricity
100.0 %
Type MJ Node
Share
Reversed
 0 energy_battery_wind_turbine_inland
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Details

Sector energy
Use energetic
Storage
cost_per_mwh
400000.0
decay
0.0
volume
129.0
Node groups
  1. wacc_proven_tech
  2. costs_storage_and_conversion_p2p
  3. sankey_conversion_group
Used in Gqueries
  1. energy_flexibility_wind_batteries_electricity_input
  2. energy_flexibility_wind_batteries_electricity_losses
  3. energy_flexibility_wind_batteries_electricity_output
Used in Inputs
  1. battery_capacity_always_on_wind_turbine_inland
  2. capacity_of_energy_battery_wind_turbine_inland
  3. efficiency_energy_flexibility_mv_batteries_electricity
  4. investment_costs_energy_flexibility_mv_batteries_electricity
  5. volume_of_energy_flexibility_wind_batteries_electricity

Node Summary

Method Label Present Future Unit
technical
input_capacity * number_of_units Installed capacity 0 0 MW
storage[:volume] * number_of_units Total storage capacity 0 0 MWh
1.0/electricity_input_conversion * electricity_output_conversion Round trip efficiency 85.0 0.0 %
cost
total_investment_over_lifetime_per(:mw_input_capacity) Investment over lifetime per MW input 645000 645000 EUR / MW
fixed_operation_and_maintenance_costs_per(:mw_input_capacity) Fixed operation and maintenance costs 6450 6450 EUR / MW / year
variable_operation_and_maintenance_costs_per_full_load_hour Variable operation and maintenance costs 0 0 EUR / full load hour
wacc Weighted average cost of capital 4.0 4.0 %
takes_part_in_ets Do emissions have to be paid through the ETS? false false boolean
other
technical_lifetime Technical lifetime 15 15 years

All Attributes

Node Attributes Present Future Change Unit
operational
electricity_output_capacity 100 100 0% MWe
heat_output_capacity 0 0 MWth
hydrogen_output_capacity 0 0 MW
free_co2_factor 0 0
ccs_capture_rate - -
construction_time 0.125 0.125 0%
electrical_efficiency_when_using_coal - -
electrical_efficiency_when_using_wood_pellets - -
full_load_hours 0 0
households_supplied_per_unit - -
land_use_per_unit - -
takes_part_in_ets 0 0 yes=1 / no=0
technical_lifetime 15 15 0% year
typical_input_capacity 80 80 0% MWinput
output_capacity - - MW
input_efficiency - -
output_efficiency - -
cost
initial_investment 0 0 euro / unit
ccs_investment 0 0 euro / unit
cost_of_installing 0 0 euro / unit
decommissioning_costs 0 0 euro / unit
fixed_operation_and_maintenance_costs_per_year 516 K 516 K 0% euro / unit / year
variable_operation_and_maintenance_costs_per_full_load_hour 0 0 euro / full load hour
variable_operation_and_maintenance_costs_for_ccs_per_full_load_hour 0 0 euro / full load hour
fixed_costs_per_mw_input_capacity 0 0 euro / MWinput
costs_per_mj - -
wacc 0.04 0.04 0%
profitability - - profitable / unprofitable / conditionally_profitable
profit_per_mwh_electricity - - eur/MWh
marginal_costs 0 0 euro / MWh
max_consumption_price 0 0 euro / MWh
merit_order
merit_order_full_load_hours - -
merit_order_capacity_factor - -
merit_order_position - -
security_of_supply
availability 1 1 0%
part_load_operating_point - -
part_load_efficiency_penalty - -
forecasting_error 0 0
misc
demand_expected_value 0 0
excel_id - -
max_demand - -

All Calculations

Node Calculations Present Future Change Unit
demand
demand 0 0
preset_demand - -
demand_of_sustainable 0 0
weighted_carrier_cost_per_mj 0 0
weighted_carrier_co2_per_mj 0 0
sustainability_share 1 1 0%
final_demand 0 0
primary_demand 0 0
primary_demand_of_fossil 0 0
primary_demand_of_sustainable 0 0
technical
input_capacity 80 80 0%
electric_based_input_capacity 117.6 - MWinput
heat_based_input_capacity - - MWinput
cooling_based_input_capacity - - MWinput
number_of_units 0 0
costs_per_plant
total_costs_per(:plant) 4,997 K 4,997 K 0% euro / plant
fixed_costs_per(:plant) 4,997 K 4,997 K 0%
cost_of_capital_per(:plant) 1,041 K 1,041 K 0%
depreciation_costs_per(:plant) 3,440 K 3,440 K 0%
variable_costs_per(:plant) 0 0
fuel_costs_per(:plant) 0 0
co2_emissions_costs_per(:plant) 0 0
captured_biogenic_co2_costs_per(:plant) 0 0
fixed_operation_and_maintenance_costs_per(:plant) 516 K 516 K 0%
variable_operation_and_maintenance_costs_per(:plant) 0 0
total_initial_investment_per(:plant) 51.6 M 51.6 M 0%
costs_per_node
total_costs_per(:node) 0 0
fixed_costs_per(:node) 0 0
cost_of_capital_per(:node) 0 0
depreciation_costs_per(:node) 0 0
variable_costs_per(:node) 0 0
fuel_costs_per(:node) 0 0
co2_emissions_costs_per(:node) 0 0
captured_biogenic_co2_costs_per(:node) 0 0
fixed_operation_and_maintenance_costs_per(:node) 0 0
variable_operation_and_maintenance_costs_per(:node) 0 0
total_initial_investment_per(:node) 0 0
costs_per_mw_electricity
total_costs_per(:mw_electricity) 49,966 49,966 0%
fixed_costs_per(:mw_electricity) 49,966 49,966 0%
cost_of_capital_per(:mw_electricity) 10,406 10,406 0%
depreciation_costs_per(:mw_electricity) 34,400 34,400 0%
variable_costs_per(:mw_electricity) 0 0
fuel_costs_per(:mw_electricity) 0 0
co2_emissions_costs_per(:mw_electricity) 0 0
captured_biogenic_co2_costs_per(:mw_electricity) 0 0
fixed_operation_and_maintenance_costs_per(:mw_electricity) 5,160 5,160 0%
variable_operation_and_maintenance_costs_per(:mw_electricity) 0 0
total_initial_investment_per(:mw_electricity) 516 K 516 K 0%
costs_per_mwh_electricity
total_costs_per(:mwh_electricity) 0 0
fixed_costs_per(:mwh_electricity) 0 0
cost_of_capital_per(:mwh_electricity) 0 0
depreciation_costs_per(:mwh_electricity) 0 0
variable_costs_per(:mwh_electricity) NaN NaN
fuel_costs_per(:mwh_electricity) NaN NaN
co2_emissions_costs_per(:mwh_electricity) NaN NaN
captured_biogenic_co2_costs_per(:mwh_electricity) NaN NaN
fixed_operation_and_maintenance_costs_per(:mwh_electricity) 0 0
variable_operation_and_maintenance_costs_per(:mwh_electricity) NaN NaN
total_initial_investment_per(:mwh_electricity) 0 0
costs_per_mw_heat
total_costs_per(:mw_heat) 0 0
fixed_costs_per(:mw_heat) 0 0
cost_of_capital_per(:mw_heat) 0 0
depreciation_costs_per(:mw_heat) 0 0
variable_costs_per(:mw_heat) NaN NaN
fuel_costs_per(:mw_heat) NaN NaN
co2_emissions_costs_per(:mw_heat) NaN NaN
captured_biogenic_co2_costs_per(:mw_heat) NaN NaN
fixed_operation_and_maintenance_costs_per(:mw_heat) 0 0
variable_operation_and_maintenance_costs_per(:mw_heat) NaN NaN
total_initial_investment_per(:mw_heat) 0 0
costs_per_mwh_heat
total_costs_per(:mwh_heat) 0 0
fixed_costs_per(:mwh_heat) 0 0
cost_of_capital_per(:mwh_heat) 0 0
depreciation_costs_per(:mwh_heat) 0 0
variable_costs_per(:mwh_heat) NaN NaN
fuel_costs_per(:mwh_heat) NaN NaN
co2_emissions_costs_per(:mwh_heat) NaN NaN
captured_biogenic_co2_costs_per(:mwh_heat) NaN NaN
fixed_operation_and_maintenance_costs_per(:mwh_heat) 0 0
variable_operation_and_maintenance_costs_per(:mwh_heat) NaN NaN
total_initial_investment_per(:mwh_heat) 0 0