Add Antares historic model library configuration (#57)

* Add Antares historic model library configuration

* Update link and thermal cluster model

src/andromede/libs/antares_historic/antares_historic.yml

@@ -0,0 +1,171 @@
+# Copyright (c) 2024, RTE (https://www.rte-france.com)
+#
+# See AUTHORS.txt
+#
+# This Source Code Form is subject to the terms of the Mozilla Public
+# License, v. 2.0. If a copy of the MPL was not distributed with this
+# file, You can obtain one at http://mozilla.org/MPL/2.0/.
+#
+# SPDX-License-Identifier: MPL-2.0
+#
+# This file is part of the Antares project.
+library:
+  id: antares-historic
+  description: Antares historic model library
+
+  port-types:
+    - id: flow
+      description: A port which transfers power flow
+      fields:
+        - name: flow
+
+  models:
+    - id: area
+      parameters:
+        - name: spillage_cost
+        - name: ens_cost
+      variables:
+        - name: spillage
+          lower-bound: 0
+          type: float
+        - name: unsupplied_energy
+          lower-bound: 0
+          type: float
+      ports:
+        - name: balance_port
+          type: flow
+      binding-constraints:
+        - name: balance
+          expression: sum_connections(balance_port.flow) = spillage - unsupplied_energy
+      objective: expec(sum(spillage_cost * spillage + ens_cost * unsupplied_energy))
+
+    - id: load
+      parameters:
+        - name: load
+      ports:
+        - name: balance_port
+          type: flow
+      port-field-definitions:
+        - port: balance_port
+          field: flow
+          definition: -load
+
+    - id: link
+      parameters:
+        - name: capacity_direct
+          time-dependent: true
+          scenario-dependent: true
+        - name: capacity_indirect
+          time-dependent: true
+          scenario-dependent: true
+      variables:
+        - name: flow_direct
+          lower-bound: 0
+          upper-bound: capacity_direct
+        - name: flow_indirect
+          lower-bound: 0
+          upper-bound: capacity_indirect
+        - name: flow
+          lower-bound: -capacity_indirect
+          upper-bound: capacity_indirect
+      ports:
+        - name: out_port
+          type: flow
+        - name: in_port
+          type: flow
+      port-field-definitions:
+        - port: out_port
+          field: flow
+          definition: flow
+        - port: in_port
+          field: flow
+          definition: -flow
+      constraints:
+        - name: flow_direct_indirect
+          expression: flow = flow_direct - flow_indirect
+
+    - id: renewable
+      parameters:
+        - name: nominal_capacity
+          time-dependent: false
+          scenario-dependent: false
+        - name: unit_count
+          time-dependent: false
+          scenario-dependent: false
+        - name: generation
+          time-dependent: true
+          scenario-dependent: true
+      ports:
+        - name: balance_port
+          type: flow
+      port-field-definitions:
+        - port: balance_port
+          field: flow
+          definition: generation
+
+    - id: thermal_cluster
+      parameters:
+        - name: p_min_cluster
+          scenario-dependent: false
+        - name: p_max_cluster # timeseries that takes outages into account
+        - name: p_min_unit
+          scenario-dependent: false
+        - name: p_max_unit
+          scenario-dependent: false
+        - name: generation_cost
+          scenario-dependent: false
+        - name: startup_cost
+          scenario-dependent: false
+        - name: fixed_cost
+          scenario-dependent: false
+        - name: d_min_up
+          type: integer
+          scenario-dependent: false
+        - name: d_min_down
+          type: integer
+          scenario-dependent: false
+        - name: nb_units_min # Equals to ceil(p_min_cluster/p_max_unit), to be done in preprocessing
+          type: integer
+          scenario-dependent: false
+        - name: nb_units_max # Equals to ceil(p_max_cluster/p_max_unit), to be done in preprocessing
+          type: integer
+      variables:
+        - name: generation
+          lower-bound: p_min_cluster
+          upper-bound: p_max_cluster
+        - name: nb_units_on
+          lower-bound: nb_units_min
+          upper-bound: nb_units_max
+          variable-type: integer
+        - name: nb_starting
+          lower-bound: 0
+          upper-bound: nb_units_max
+          variable-type: integer
+        - name: nb_stopping
+          lower-bound: 0
+          variable-type: integer
+        - name: nb_failing
+          lower-bound: 0
+      ports:
+        - name: balance_port
+          type: flow
+      port-field-definitions:
+        - port: balance_port
+          field: flow
+          definition: generation
+      constraints:
+        - name: max_generation
+          expression: generation <= nb_units_on * p_max_unit
+        - name: min_generation
+          expression: generation >= nb_units_on * p_min_unit
+        - name: on_units_dynamics
+          expression: nb_units_on = nb_units_on[t-1] + nb_starting - nb_stopping
+        - name: nb_failing_lower_than_stopping
+          expression: nb_failing <= nb_stopping
+        - name: nb_failing_lower_than_max_variation
+          expression: nb_failing <= max(0, nb_units_max[t-1] - nb_units_max)
+        - name: min_up_duration
+          expression: sum(t-d_min_up + 1 .. t, nb_starting - nb_failing) <= nb_units_on
+        - name: min_down_duration
+          expression: sum(t-d_min_down + 1 .. t, nb_stopping) <= nb_units_max[t-d_min_down] - nb_units_on + sum(t-d_min_down + 1 .. t, max(0, nb_units_max - nb_units_max[-1]))
+      objective: expec(sum(generation_cost * generation + startup_cost * nb_starting + fixed_cost * nb_units_on))