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YoungFaithful committed Oct 3, 2019
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1 change: 1 addition & 0 deletions docs/make.jl
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Expand Up @@ -10,6 +10,7 @@ makedocs(sitename="CapacityExpansion.jl",
"Workflow" => "workflow.md",
"Data" => ["preparing_clust_data.md", "preparing_opt_cep_data.md", "csv_structure.md", "README_GER_18.md", "README_GER_1.md", "README_CA_14.md", "README_CA_1.md", "README_TX_1.md"],
"Optimization" => ["opt_cep.md","results_opt.md", "opt_cep_examples.md"],
"Teaching" => ["teaching.md", "homework.md"],
],
format = Documenter.HTML(assets = [
"assets/clust_for_opt_text.svg",
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18 changes: 14 additions & 4 deletions docs/src/README_CA_1.md
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Expand Up @@ -24,10 +24,20 @@ California (modeling CAISO) one node
- `bat, h2`: assumption of minimal var costs to avoid charge and discharge in same hour in case of energy excess

## LCIA Recipe H Midpoint, GWP 100a
- `pv, wind, trans, coal, gas, oil`: Ecoinvent v3.3
- `bat_e`: "battery cell production, Li-ion, CN", 5.4933 kg CO2-Eq per 0.106 kWh, Ecoinvent v3.5
- `h2_in`: "fuel cell CH future 2kW", Ecoinvent v3.3
- `php`: ref plant: 15484 GWh/a (BEW 2001a). Lifetime is assumed to be 80 years: 4930800000 kg-CO2-eq (recipe-h-midpoint)/plant, 4930800000/(15484 000 MWh/a*80a)(80a*8760h/a) → CO2-eq/MW, Ecoinvent v3.5
cap - construction
- `pv`: Jungbluth Niels, ESU-services, photovoltaic plant construction, 570kWp, multi-Si, on open ground, GLO, cut-off by classification, ecoinvent database version 3.3
- `wind`: Christian Bauer, Paul Scherrer Institute, wind power plant, 800kW, fixed parts [unit], GLO, cut-off by classification, ecoinvent database version 3.3, Christian Bauer, Paul Scherrer Institute, wind power plant, 800kW, moving parts [unit], GLO, cut-off by classification, ecoinvent database version 3.3
- `trans`: R. Jorge, T. Hawkins, und E. Hertwich. Life cycle assessment of electricity transmission and distribution—part 1: Power lines and cables. The International Journal of Life Cycle Assessment, 17(1):9–15, 2012. DOI: 10.1007/s11367-011-0335-1.
- `coal`: Christian Bauer, Paul Scherrer Institute, hard coal power plant construction, 500MW, GLO, cut-off by classification, ecoinvent database version 3.3; Karin Treyer, Paul Scherrer Institute, electricity production, lignite, DE, cut-off by classification, ecoinvent database version 3.3
- `gas`: Thomas Heck, Paul Scherrer Institute, gas power plant construction, 300MW electrical, GLO, cut-off by classification, ecoinvent database version 3.3
- `oil`: Niels Jungbluth, ESU-services, oil power plant construction, 500MW, RER (Europe), cut-off by classification, ecoinvent database version 3.3
- `bat_e`: Dominic Notter, Eidgenössische Materialprüf- und -forschungsanstalt, battery cell production, Li-ion, CN (China), cut-off by classification, ecoinvent database version 3.4 ;5.4933 kg CO2-Eq per 0.106 kWh
- `h2_in`: Alex Primas, ETH Zürich, fuel cell production, polymer electrolyte membrane, 2kW electrical, future, CH, cut-off by classification, ecoinvent database version 3.3

var - Electric power generation, transmission and distribution
- `coal`: Karin Treyer, Paul Scherrer Institute, electricity production, lignite, DE, cut-off by classification, ecoinvent database version 3.3
- `gas`: Karin Treyer, Paul Scherrer Institute, electricity production, natural gas, conventional power plant, DE, cut-off by classification, ecoinvent database version 3.3
- `oil`: Karin Treyer, Paul Scherrer Institute, electricity production, oil, DE, cut-off by classification, ecoinvent database version 3.3

## Other
- `trans`: efficiency is 0.9995 per km
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18 changes: 14 additions & 4 deletions docs/src/README_CA_14.md
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Expand Up @@ -24,10 +24,20 @@ California (modeling CAISO) 10-node model, no existing capacity (currently not p
- `bat, h2`: assumption of minimal var costs to avoid charge and discharge in same hour in case of energy excess

## LCIA Recipe H Midpoint, GWP 100a
- `pv, wind, trans, coal, gas, oil`: Ecoinvent v3.3
- `bat_e`: "battery cell production, Li-ion, CN", 5.4933 kg CO2-Eq per 0.106 kWh, Ecoinvent v3.5
- `h2_in`: "fuel cell CH future 2kW", Ecoinvent v3.3
- `php`: ref plant: 15484 GWh/a (BEW 2001a). Lifetime is assumed to be 80 years: 4930800000 kg-CO2-eq (recipe-h-midpoint)/plant, 4930800000/(15484 000 MWh/a*80a)(80a*8760h/a) → CO2-eq/MW, Ecoinvent v3.5
cap - construction
- `pv`: Jungbluth Niels, ESU-services, photovoltaic plant construction, 570kWp, multi-Si, on open ground, GLO, cut-off by classification, ecoinvent database version 3.3
- `wind`: Christian Bauer, Paul Scherrer Institute, wind power plant, 800kW, fixed parts [unit], GLO, cut-off by classification, ecoinvent database version 3.3, Christian Bauer, Paul Scherrer Institute, wind power plant, 800kW, moving parts [unit], GLO, cut-off by classification, ecoinvent database version 3.3
- `trans`: R. Jorge, T. Hawkins, und E. Hertwich. Life cycle assessment of electricity transmission and distribution—part 1: Power lines and cables. The International Journal of Life Cycle Assessment, 17(1):9–15, 2012. DOI: 10.1007/s11367-011-0335-1.
- `coal`: Christian Bauer, Paul Scherrer Institute, hard coal power plant construction, 500MW, GLO, cut-off by classification, ecoinvent database version 3.3; Karin Treyer, Paul Scherrer Institute, electricity production, lignite, DE, cut-off by classification, ecoinvent database version 3.3
- `gas`: Thomas Heck, Paul Scherrer Institute, gas power plant construction, 300MW electrical, GLO, cut-off by classification, ecoinvent database version 3.3
- `oil`: Niels Jungbluth, ESU-services, oil power plant construction, 500MW, RER (Europe), cut-off by classification, ecoinvent database version 3.3
- `bat_e`: Dominic Notter, Eidgenössische Materialprüf- und -forschungsanstalt, battery cell production, Li-ion, CN (China), cut-off by classification, ecoinvent database version 3.4 ;5.4933 kg CO2-Eq per 0.106 kWh
- `h2_in`: Alex Primas, ETH Zürich, fuel cell production, polymer electrolyte membrane, 2kW electrical, future, CH, cut-off by classification, ecoinvent database version 3.3

var - Electric power generation, transmission and distribution
- `coal`: Karin Treyer, Paul Scherrer Institute, electricity production, lignite, DE, cut-off by classification, ecoinvent database version 3.3
- `gas`: Karin Treyer, Paul Scherrer Institute, electricity production, natural gas, conventional power plant, DE, cut-off by classification, ecoinvent database version 3.3
- `oil`: Karin Treyer, Paul Scherrer Institute, electricity production, oil, DE, cut-off by classification, ecoinvent database version 3.3

## Other
- `trans`: efficiency is 0.9995 per km
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17 changes: 14 additions & 3 deletions docs/src/README_GER_1.md
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Expand Up @@ -30,9 +30,20 @@ Germany one node, with existing infrastructure of year 2015, no nuclear
- `bat`: assumption of minimal var costs to avoid charge and discharge in same hour in case of energy excess

## LCIA Recipe H Midpoint, GWP 100a
- `pv, wind, trans, coal, gas, oil`: Ecoinvent v3.3
- `bat_e`: "battery cell production, Li-ion, CN", 5.4933 kg CO2-Eq per 0.106 kWh, Ecoinvent v3.5
- `h2_in`: "fuel cell CH future 2kW", Ecoinvent v3.3
cap - construction
- `pv`: Jungbluth Niels, ESU-services, photovoltaic plant construction, 570kWp, multi-Si, on open ground, GLO, cut-off by classification, ecoinvent database version 3.3
- `wind`: Christian Bauer, Paul Scherrer Institute, wind power plant, 800kW, fixed parts [unit], GLO, cut-off by classification, ecoinvent database version 3.3, Christian Bauer, Paul Scherrer Institute, wind power plant, 800kW, moving parts [unit], GLO, cut-off by classification, ecoinvent database version 3.3
- `trans`: R. Jorge, T. Hawkins, und E. Hertwich. Life cycle assessment of electricity transmission and distribution—part 1: Power lines and cables. The International Journal of Life Cycle Assessment, 17(1):9–15, 2012. DOI: 10.1007/s11367-011-0335-1.
- `coal`: Christian Bauer, Paul Scherrer Institute, hard coal power plant construction, 500MW, GLO, cut-off by classification, ecoinvent database version 3.3; Karin Treyer, Paul Scherrer Institute, electricity production, lignite, DE, cut-off by classification, ecoinvent database version 3.3
- `gas`: Thomas Heck, Paul Scherrer Institute, gas power plant construction, 300MW electrical, GLO, cut-off by classification, ecoinvent database version 3.3
- `oil`: Niels Jungbluth, ESU-services, oil power plant construction, 500MW, RER (Europe), cut-off by classification, ecoinvent database version 3.3
- `bat_e`: Dominic Notter, Eidgenössische Materialprüf- und -forschungsanstalt, battery cell production, Li-ion, CN (China), cut-off by classification, ecoinvent database version 3.4 ;5.4933 kg CO2-Eq per 0.106 kWh
- `h2_in`: Alex Primas, ETH Zürich, fuel cell production, polymer electrolyte membrane, 2kW electrical, future, CH, cut-off by classification, ecoinvent database version 3.3

var - Electric power generation, transmission and distribution
- `coal`: Karin Treyer, Paul Scherrer Institute, electricity production, lignite, DE, cut-off by classification, ecoinvent database version 3.3
- `gas`: Karin Treyer, Paul Scherrer Institute, electricity production, natural gas, conventional power plant, DE, cut-off by classification, ecoinvent database version 3.3
- `oil`: Karin Treyer, Paul Scherrer Institute, electricity production, oil, DE, cut-off by classification, ecoinvent database version 3.3

## Other
- storage: efficiencies are in efficiency per month
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17 changes: 14 additions & 3 deletions docs/src/README_GER_18.md
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Expand Up @@ -30,9 +30,20 @@ Germany 18 (dena) nodes, with existing infrastructure of year 2015, no nuclear
- `bat`: assumption of minimal var costs to avoid charge and discharge in same hour in case of energy excess

## LCIA Recipe H Midpoint, GWP 100a
- `pv, wind, trans, coal, gas, oil`: Ecoinvent v3.3
- `bat_e`: "battery cell production, Li-ion, CN", 5.4933 kg CO2-Eq per 0.106 kWh, Ecoinvent v3.5
- `h2_in`: "fuel cell CH future 2kW", Ecoinvent v3.3
cap - construction
- `pv`: Jungbluth Niels, ESU-services, photovoltaic plant construction, 570kWp, multi-Si, on open ground, GLO, cut-off by classification, ecoinvent database version 3.3
- `wind`: Christian Bauer, Paul Scherrer Institute, wind power plant, 800kW, fixed parts [unit], GLO, cut-off by classification, ecoinvent database version 3.3, Christian Bauer, Paul Scherrer Institute, wind power plant, 800kW, moving parts [unit], GLO, cut-off by classification, ecoinvent database version 3.3
- `trans`: R. Jorge, T. Hawkins, und E. Hertwich. Life cycle assessment of electricity transmission and distribution—part 1: Power lines and cables. The International Journal of Life Cycle Assessment, 17(1):9–15, 2012. DOI: 10.1007/s11367-011-0335-1.
- `coal`: Christian Bauer, Paul Scherrer Institute, hard coal power plant construction, 500MW, GLO, cut-off by classification, ecoinvent database version 3.3; Karin Treyer, Paul Scherrer Institute, electricity production, lignite, DE, cut-off by classification, ecoinvent database version 3.3
- `gas`: Thomas Heck, Paul Scherrer Institute, gas power plant construction, 300MW electrical, GLO, cut-off by classification, ecoinvent database version 3.3
- `oil`: Niels Jungbluth, ESU-services, oil power plant construction, 500MW, RER (Europe), cut-off by classification, ecoinvent database version 3.3
- `bat_e`: Dominic Notter, Eidgenössische Materialprüf- und -forschungsanstalt, battery cell production, Li-ion, CN (China), cut-off by classification, ecoinvent database version 3.4 ;5.4933 kg CO2-Eq per 0.106 kWh
- `h2_in`: Alex Primas, ETH Zürich, fuel cell production, polymer electrolyte membrane, 2kW electrical, future, CH, cut-off by classification, ecoinvent database version 3.3

var - Electric power generation, transmission and distribution
- `coal`: Karin Treyer, Paul Scherrer Institute, electricity production, lignite, DE, cut-off by classification, ecoinvent database version 3.3
- `gas`: Karin Treyer, Paul Scherrer Institute, electricity production, natural gas, conventional power plant, DE, cut-off by classification, ecoinvent database version 3.3
- `oil`: Karin Treyer, Paul Scherrer Institute, electricity production, oil, DE, cut-off by classification, ecoinvent database version 3.3

## Other
- `trans`: efficiency is 0.9995 per km
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