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overrides.yaml
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overrides:
run_cluster:
run:
cyclic_storage: false
solver: gurobi
solver_io: lp
solver_options:
Threads: 3
NumericFocus: 2
##
# Narrative scenarios
##
# Base scenario - nothing special defined; planned 2030 situation
base: {}
# No imports scenario - no interconnection outside of the UK
no_imports:
techs.hvdc_import.exists: false
# More interconnection scenario - 2x increase of international interconnection
double_imports:
locations:
Z2.techs.hvdc_import.constraints.energy_cap_equals: 2800000
Z6.techs.hvdc_import.constraints.energy_cap_equals: 1000000
Z7.techs.hvdc_import.constraints.energy_cap_equals: 2800000
Z9.techs.hvdc_import.constraints.energy_cap_equals: 1000000
Z11.techs.hvdc_import.constraints.energy_cap_equals: 2800000
Z15.techs.hvdc_import.constraints.energy_cap_equals: 10000000
Z16.techs.hvdc_import.constraints.energy_cap_equals: 2000000
Z17.techs.hvdc_import.constraints.energy_cap_equals: 2800000
# New nuclear scenario - all planned new nuclear is built by 2030
new_nuclear:
locations:
Z12.techs.nuclear.constraints.energy_cap_equals: 6226000
Z13.techs.nuclear.constraints.energy_cap_equals: 2800000
Z15.techs.nuclear.constraints.energy_cap_equals: 1080000
Z17.techs.nuclear.constraints.energy_cap_equals: 4252000
Z5.techs.nuclear.constraints.energy_cap_equals: 2163000
Z7.techs.nuclear.constraints.energy_cap_max: 1208000
Z9.techs.nuclear.constraints.energy_cap_max: 8593000
##
# Cost scenarios
##
cost_batt_high:
techs.battery.cost.monetary:
energy_cap: 300 # 2016 GBP/kW, high cost scenario {own_assumptions}
storage_cap: 200 # 2016 GBP/kWh, high cost scenario {own_assumptions}
cost_batt_low:
techs.battery.cost.monetary:
energy_cap: 150 # 2016 GBP/kW, low cost scenario {own_assumptions}
storage_cap: 100 # 2016 GBP/kWh, low cost scenario {own_assumptions}
cost_batt_breakthrough:
techs.battery.cost.monetary:
energy_cap: 75 # 2016 GBP/kW, breakthrough cost scenario {own_assumptions}
storage_cap: 50 # 2016 GBP/kW, breakthrough cost scenario {own_assumptions}
##
# Weather years
##
best_year: # FIXME to be specified
worst_year: # FIXME to be specified
w1990:
model.subset_time: ['1990-01-01', '1990-12-31']
w1991:
model.subset_time: ['1991-01-01', '1991-12-31']
w1992:
model.subset_time: ['1992-01-01', '1992-12-31']
w1993:
model.subset_time: ['1993-01-01', '1993-12-31']
w1994:
model.subset_time: ['1994-01-01', '1994-12-31']
w1995:
model.subset_time: ['1995-01-01', '1995-12-31']
w1996:
model.subset_time: ['1996-01-01', '1996-12-31']
w1997:
model.subset_time: ['1997-01-01', '1997-12-31']
w1998:
model.subset_time: ['1998-01-01', '1998-12-31']
w1999:
model.subset_time: ['1999-01-01', '1999-12-31']
w2000:
model.subset_time: ['2000-01-01', '2000-12-31']
w2001:
model.subset_time: ['2001-01-01', '2001-12-31']
w2002:
model.subset_time: ['2002-01-01', '2002-12-31']
w2003:
model.subset_time: ['2003-01-01', '2003-12-31']
w2004:
model.subset_time: ['2004-01-01', '2004-12-31']
w2005:
model.subset_time: ['2005-01-01', '2005-12-31']
w2006:
model.subset_time: ['2006-01-01', '2006-12-31']
w2007:
model.subset_time: ['2007-01-01', '2007-12-31']
w2008:
model.subset_time: ['2008-01-01', '2008-12-31']
w2009:
model.subset_time: ['2009-01-01', '2009-12-31']
w2010:
model.subset_time: ['2010-01-01', '2010-12-31']
w2011:
model.subset_time: ['2011-01-01', '2011-12-31']
w2012:
model.subset_time: ['2012-01-01', '2012-12-31']
w2013:
model.subset_time: ['2013-01-01', '2013-12-31']
w2014:
model.subset_time: ['2014-01-01', '2014-12-31']
##
# Renewable shares
##
r30:
model.group_share:
wind_onshore,wind_offshore,pv_rooftop,pv_utility_scale,hydro_existing:
carrier_prod_min:
electricity: 0.3
r40:
model.group_share:
wind_onshore,wind_offshore,pv_rooftop,pv_utility_scale,hydro_existing:
carrier_prod_min:
electricity: 0.4
r50:
model.group_share:
wind_onshore,wind_offshore,pv_rooftop,pv_utility_scale,hydro_existing:
carrier_prod_min:
electricity: 0.5
r60:
model.group_share:
wind_onshore,wind_offshore,pv_rooftop,pv_utility_scale,hydro_existing:
carrier_prod_min:
electricity: 0.6
r70:
model.group_share:
wind_onshore,wind_offshore,pv_rooftop,pv_utility_scale,hydro_existing:
carrier_prod_min:
electricity: 0.7
r80:
model.group_share:
wind_onshore,wind_offshore,pv_rooftop,pv_utility_scale,hydro_existing:
carrier_prod_min:
electricity: 0.8
r90:
model.group_share:
wind_onshore,wind_offshore,pv_rooftop,pv_utility_scale,hydro_existing:
carrier_prod_min:
electricity: 0.9
r99:
model.group_share:
wind_onshore,wind_offshore,pv_rooftop,pv_utility_scale,hydro_existing:
carrier_prod_min:
electricity: 0.99
r100:
model.group_share:
wind_onshore,wind_offshore,pv_rooftop,pv_utility_scale,hydro_existing:
carrier_prod_min:
electricity: 1.0
##
# Test configurations
##
run_test:
run:
cyclic_storage: false
solver: gurobi
solver_io: python
model:
subset_time: ['2012-01-01', '2012-01-08']
run_test_w2012:
model.subset_time: ['2012-01-01', '2012-01-08']
run_test_w2014:
model.subset_time: ['2014-01-01', '2014-01-08']