Benchmarks: new GenX LP benchmarks without UC

benchmarks/genx-extended/Metadata.yaml

@@ -1,5 +1,5 @@
 benchmarks:
-  genx-15-zones_elec_trex:
+  genx-elec_trex:
     Short description: This is a one-year example which contains 15 zones. This example includes transmission expansion.
     Model name: GenX
     Version:
@@ -11,14 +11,14 @@ benchmarks:
     Sizes:
     - Name: 15-168h
       Size: R
-      URL: https://storage.googleapis.com/solver-benchmarks/genx-15-zones_elec_trex.lp
+      URL: https://storage.googleapis.com/solver-benchmarks/genx-elec_trex-15-168h.lp
       Temporal resolution: 168
       Spatial resolution: 15
       N. of constraints: 11832658
       N. of continuous variables: 13777226
       N. of integer variables:
       N. of binary variables:
-  genx-15-zones_elec_trex_co2:
+  genx-elec_trex_co2:
     Short description: This is a one-year example which contains 15 zones. This example includes transmission expansion, a CO2 emissions constraint.
     Model name: GenX
     Version:
@@ -30,52 +30,52 @@ benchmarks:
     Sizes:
     - Name: 15-168h
       Size: R
-      URL: https://storage.googleapis.com/solver-benchmarks/genx-15-zones_elec_trex_co2.lp
+      URL: https://storage.googleapis.com/solver-benchmarks/genx-elec_trex_co2-15-168h.lp
       Temporal resolution: 168
       Spatial resolution: 15
       N. of constraints: 5051253
       N. of continuous variables: 4573584
       N. of integer variables:
       N. of binary variables:
-  genx-15-zones_elec_trex_co2_uc:
-    Short description: This is a one-year example which contains 15 zones. This example includes transmission expansion, a CO2 emissions constraint and unit commitment for conventional generators.
+#  genx-elec_trex_co2_uc:
+#    Short description: This is a one-year example which contains 15 zones. This example includes transmission expansion, a CO2 emissions constraint and unit commitment for conventional generators.
+#    Model name: GenX
+#    Version:
+#    Technique: MILP
+#    Kind of problem: Infrastructure
+#    Sectors: Power
+#    Time horizon: Single period (1 year)
+#    MILP features: Unit commitment
+#    Sizes:
+#    - Name: 15-168h
+#      Size: R
+#      URL:
+#      Temporal resolution: 168
+#      Spatial resolution: 15
+#      N. of constraints:
+#      N. of continuous variables:
+#      N. of integer variables:
+#      N. of binary variables:
+  genx-elec_trex_uc:
+    Short description: This is 30 days example which contains 15 zones. This example includes transmission expansion and unit commitment for conventional generators.
     Model name: GenX
     Version:
     Technique: MILP
     Kind of problem: Infrastructure
     Sectors: Power
-    Time horizon: Single period (1 year)
+    Time horizon: Single period (30 days)
     MILP features: Unit commitment
     Sizes:
-    - Name: 15-168h
+    - Name: 15-24h
       Size: R
-      URL: https://storage.googleapis.com/solver-benchmarks/genx-15-zones_elec_trex_co2_uc.lp
-      Temporal resolution: 168
+      URL: https://storage.googleapis.com/solver-benchmarks/genx-elec_trex_uc-15-24h.lp
+      Temporal resolution: 24h
       Spatial resolution: 15
-      N. of constraints: 20128499
-      N. of continuous variables: 13897939
-      N. of integer variables: 3417368
-      N. of binary variables: 120960
-  genx-15-zones_elec_trex_uc:
-    Short description: This is a one-year example which contains 15 zones. This example includes transmission expansion and unit commitment for conventional generators.
-    Model name: GenX
-    Version:
-    Technique: MILP
-    Kind of problem: Infrastructure
-    Sectors: Power
-    Time horizon: Single period (1 year)
-    MILP features: Unit commitment
-    Sizes:
-    - Name: 15-168h
-      Size: R
-      URL: https://storage.googleapis.com/solver-benchmarks/genx-15-zones_elec_trex_uc.lp
-      Temporal resolution: 168
-      Spatial resolution: 15
-      N. of constraints: 20128499
-      N. of continuous variables: 13897939
-      N. of integer variables: 3417368
-      N. of binary variables: 120960
-  genx-15-zones_elec_co2:
+      N. of constraints:
+      N. of continuous variables:
+      N. of integer variables:
+      N. of binary variables:
+  genx-elec_co2:
     Short description: This is a one-year example which contains 15 zones. This example includes a CO2 emissions constraint.
     Model name: GenX
     Version:
@@ -87,48 +87,48 @@ benchmarks:
     Sizes:
     - Name: 15-168h
       Size: R
-      URL: https://storage.googleapis.com/solver-benchmarks/genx_15-zones_elec_co2.lp
+      URL: https://storage.googleapis.com/solver-benchmarks/genx-elec_co2-15-168h.lp
       Temporal resolution: 168
       Spatial resolution: 15
-      N. of constraints: 11832633
-      N. of continuous variables: 13777201
+      N. of constraints:
+      N. of continuous variables:
       N. of integer variables:
       N. of binary variables:
-  genx-15-zones_elec_co2_uc:
-    Short description: This is a one-year example which contains 15 zones. This example includes a CO2 emissions constraint and unit commitment for conventional generators.
-    Model name: GenX
-    Version:
-    Technique: MILP
-    Kind of problem: Infrastructure
-    Sectors: Power
-    Time horizon: Single period (1 year)
-    MILP features: Unit commitment
-    Sizes:
-    - Name: 15-168h
-      Size: R
-      URL: https://storage.googleapis.com/solver-benchmarks/genx-15-zones_elec_co2_uc.lp
-      Temporal resolution: 168
-      Spatial resolution: 15
-      N. of constraints: 20128473
-      N. of continuous variables: 13897913
-      N. of integer variables: 3417368
-      N. of binary variables: 120960
-  genx-15-zones_elec_uc:
-    Short description: This is a one-year example which contains 15 zones. This example includes unit commitment for conventional generators.
-    Model name: GenX
-    Version:
-    Technique: MILP
-    Kind of problem: Infrastructure
-    Sectors: Power
-    Time horizon: Single period (1 year)
-    MILP features: Unit commitment
-    Sizes:
-    - Name: 15-168h
-      Size: R
-      URL: https://storage.googleapis.com/solver-benchmarks/genx-15-zones_elec_uc.lp
-      Temporal resolution: 168
-      Spatial resolution: 15
-      N. of constraints: 20128472
-      N. of continuous variables: 13897912
-      N. of integer variables: 3417368
-      N. of binary variables: 120960
+# genx-15-zones_elec_co2_uc:
+#   Short description: This is a one-year example which contains 15 zones. This example includes a CO2 emissions constraint and unit commitment for conventional generators.
+#   Model name: GenX
+#   Version:
+#   Technique: MILP
+#   Kind of problem: Infrastructure
+#   Sectors: Power
+#   Time horizon: Single period (1 year)
+#   MILP features: Unit commitment
+#   Sizes:
+#   - Name: 15-168h
+#     Size: R
+#     URL:
+#     Temporal resolution: 168
+#     Spatial resolution: 15
+#     N. of constraints:
+#     N. of continuous variables:
+#     N. of integer variables:
+#     N. of binary variables:
+# genx-15-zones_elec_uc:
+#   Short description: This is a one-year example which contains 15 zones. This example includes unit commitment for conventional generators.
+#   Model name: GenX
+#   Version:
+#   Technique: MILP
+#   Kind of problem: Infrastructure
+#   Sectors: Power
+#   Time horizon: Single period (1 year)
+#   MILP features: Unit commitment
+#   Sizes:
+#   - Name: 15-168h
+#     Size: R
+#     URL:
+#     Temporal resolution: 168
+#     Spatial resolution: 15
+#     N. of constraints: 20128472
+#     N. of continuous variables: 13897912
+#     N. of integer variables: 3417368
+#     N. of binary variables: 120960

benchmarks/genx-extended/README.md

@@ -12,5 +12,5 @@
 The abovementioned workflow takes advantage of the content of the `GenX.jl/case_for_oet/TDR_Results` folder for inputs clustered according to a time resolution of 168 h (as reported in `GenX.jl/case_for_oet/settings/time_domain_reduction_settings.yml`)
 Whenever the temporal resolution of the model requires changes one should adopt a simple workflow:
 - If already present, the `TDR_Results` folder should be deleted (or its name should be modified)
-- The TimestepsPerRepPeriod entry in `GenX.jl/case_for_oet/settings/time_domain_reduction_settings.yml` should be adjusted according to the desired temporal resolution (e.g. 1 for hourly resolution, 24 for daily resolution, 168 for weekly resolution, etc.). For more information, follow the [GenX project Guide](https://genxproject.github.io/GenX.jl/dev/User_Guide/TDR_input/)
+- The TimestepsPerRepPeriod entry in `GenX.jl/case_for_oet/settings/time_domain_reduction_settings.yml` should be adjusted according to the desired temporal resolution (e.g. 1 for hourly resolution, 24 for daily resolution - the `genx-elec_trex_uc` benchmark only runs with such resolution - 168 for weekly resolution, etc.). For more information, follow the [GenX project Guide](https://genxproject.github.io/GenX.jl/dev/User_Guide/TDR_input/)
 - The model can be run using again and a new `TDR_Results` folder will generated according to the new temporal resolution

benchmarks/genx-extended/genx_settings_genx_15-zones_elec_co2_uc.yml → benchmarks/genx-extended/genx_settings_genx-elec_trex_uc.yml

@@ -1,4 +1,4 @@
-NetworkExpansion: 0 # Transmission network expansion; 0 = not active; 1 = active systemwide
+NetworkExpansion: 1 # Transmission network expansion; 0 = not active; 1 = active systemwide
 TimeDomainReductionFolder: "TDR_Results"
 ModelingToGenerateAlternativeIterations: 3
 ParameterScale: 1
@@ -17,5 +17,5 @@ UCommit: 1 # Unit committment of thermal power plants; 0 = not active; 1 = activ
 ModelingToGenerateAlternatives: 0
 MaxCapReq: 1 # Activate minimum technology carveout constraints; 0 = not active; 1 = active
 MinCapReq: 1 # Activate maximum technology carveout constraints; 0 = not active; 1 = active
-CO2Cap: 1 # CO2 emissions cap; 0 = not active (no CO2 emission limit); 1 = mass-based emission limit constraint; 2 = demand + rate-based emission limit constraint; 3 = generation + rate-based emission limit constraint
+CO2Cap: 0 # CO2 emissions cap; 0 = not active (no CO2 emission limit); 1 = mass-based emission limit constraint; 2 = demand + rate-based emission limit constraint; 3 = generation + rate-based emission limit constraint
 WriteShadowPrices: 1