diff --git a/src/gems/input_converter/data/model_configuration/p2g_asservi.yml b/src/gems/input_converter/data/model_configuration/p2g_asservi.yml
new file mode 100644
index 00000000..f787f78f
--- /dev/null
+++ b/src/gems/input_converter/data/model_configuration/p2g_asservi.yml
@@ -0,0 +1,88 @@
+#
+# 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.
+
+# Configuration file to convert a complex modelling artefact in an Antares study into an Andromede model.
+# Description of the observed elements in BP25_AREF
+# area z_P2G_asservi: UNSP = €4,000,
+# load that is time- and scenario-dependent (pay attention to scenario group)
+# thermal cluster z_p2g_asservi_asservi (no availability variation, no cost variation)
+# linj {area}/z_P2G_asservi: no hurdle costs,
+# time- and scenario-dependent direct capacity (pay attention to scenario group), indirect capacity = 0
+
+
+template:
+  name: p2g_asservi
+  generator-version-compatibility: X.Y #TODO: find this information
+  model: andromede_v1_models.dsr2
+  template-parameters:
+    - name: area
+      description: "Area identifier for the P2G_asservi component"
+      # exclude:
+
+  component:
+    id: p2g_asservi_${area}
+    #TO DO :scenario-group = ... ?
+    parameters:
+      - id: max_load
+        time-dependent: true
+        scenario-dependent: true
+        value:
+          object-properties:
+            type: link
+            link: ${area} / z_P2G_asservi
+            field: capacity_direct
+      - id: min_load
+        time-dependent: false
+        scenario-dependent: false
+        value: 0.0
+         
+      - id: curtailment_cost
+        time-dependent: false
+        scenario-dependent: false
+        value:
+          object-properties:
+            type: thermal
+            area: z_P2G_asservi
+            cluster: z_p2g_asservi_asservi
+            field: marginal_cost
+      
+      - id: load_hurdle_cost
+        time-dependent: true
+        scenario-dependent: false
+        value:
+          object-properties:
+            type: link
+            link: ${area} / z_P2G_asservi
+            field: links_parameters
+          column: 0
+            
+  # For full modeler mode
+  connections:
+    - component1: p2g_asservi_${area}
+      port1: balance_port
+      component2: ${area}
+      port2: balance_port
+
+  # For hybrid mode
+  area-connections:
+    - component: p2g_asservi_${area}
+      port: balance_port
+      area: ${area}
+
+  legacy-objects-to-delete:
+    - id: virtual_nodes
+      object-properties:
+        type: area
+        area: z_P2G_asservi
+    - id: virtual_links
+      object-properties:
+        type: link
+        link: ${area} / z_P2G_asservi
diff --git a/src/gems/input_converter/data/model_configuration/p2g_base.yml b/src/gems/input_converter/data/model_configuration/p2g_base.yml
new file mode 100644
index 00000000..a6f55620
--- /dev/null
+++ b/src/gems/input_converter/data/model_configuration/p2g_base.yml
@@ -0,0 +1,104 @@
+#
+# See AUTHORS.txt
+#
+# This Source Code Form is subject to the terms of the Mozilla Public
+# License, v. 2.0. If a copy of the MPL was not distributed with this
+# file, You can obtain one at http://mozilla.org/MPL/2.0/.
+#
+# SPDX-License-Identifier: MPL-2.0
+#
+# This file is part of the Antares project.
+
+# Configuration file to convert a complex modelling artefact in an Antares study into an Andromede model.
+
+# Description of the observed elements in BP25_AREF
+# z_P2G_base: UNSP = 4000 €/MWh, spillage cost = 0 €/MWh,
+# load with a time series (scenario-independent), 1 cluster "z_p2g_base_base"
+# Links: {area}/z_P2G_base. Hurdle cost = 0.1 in both directions,
+# direct capacity (time series, scenario-independent), no indirect capacity
+# Binding constraint: P2G_fatal_band_{area}. Hourly constraints,
+# lower bound on the flow on the aforementioned link (time series, scenario-independent)
+# For information, factor 2 between the two bounds.
+
+# Object to create: one P2G base object per area,
+# which consumes between the lower and upper bounds.
+# If consumption is not at the upper bound, a proportional shedding cost applies
+
+
+template:
+  name: p2g_base
+  generator-version-compatibility: X.Y #TODO: find this information
+  model: andromede_v1_models.dsr2 #DSR model, number 2 -> includes a parameter "min_load"
+  template-parameters:
+    - name: area
+      description: "Area identifier for the P2G_base component"
+      # exclude:
+
+  component:
+    id: p2g_base_${area}
+    parameters:
+      - id: max_load
+        time-dependent: true
+        scenario-dependent: false
+        value:
+          object-properties:
+            type: link
+            link: ${area} / z_p2g_base
+            field: capacity_direct
+          column: 0
+      - id: min_load
+        time-dependent: true
+        scenario-dependent: false
+        value:
+          object-properties:
+            type: binding_constraint
+            binding-constraint-id: P2G_fatalband_{area}
+            field: gt #TODO : check this syntax. What I mean here is the constant term of the binding-constraint, which is a "greater than" constraint here
+            #Readable in : \input\bindingconstraints\p2g_fatalband_{area}_gt.txt
+          column: 0
+      - id: curtailment_cost
+        time-dependent: false
+        scenario-dependent: false
+        value:
+          object-properties:
+            type: thermal
+            area: z_P2G_base
+            cluster: z_p2g_base_base
+            field: marginal_cost
+      - id: load_hurdle_cost
+        time-dependent: true
+        scenario-dependent: false
+        value:
+          object-properties:
+            type: link
+            link: ${area} / z_p2g_base
+            field: links_parameters
+          column: 0
+
+
+  # For full modeler mode
+  connections:
+    - component1: p2g_base_${area}
+      port1: balance_port
+      component2: ${area}
+      port2: balance_port
+
+  # For hybrid mode
+  area-connections:
+    - component: p2g_base_${area}
+      port: balance_port
+      area: ${area}
+
+  legacy-objects-to-delete:
+    - id: virtual_nodes
+      object-properties:
+        type: area
+        area: z_P2G_base
+    - id: virtual_links
+      object-properties:
+        type: link
+        link: ${area} / z_P2G_base
+    - id: virtual_binding_constraint
+      object-properties:
+        type: binding_constraint
+        binding-constraint-id: P2G_fatalband_{area}
diff --git a/src/gems/libs/reference_models/andromede_v1_models.yml b/src/gems/libs/reference_models/andromede_v1_models.yml
index 293f8c9e..7f73a945 100644
--- a/src/gems/libs/reference_models/andromede_v1_models.yml
+++ b/src/gems/libs/reference_models/andromede_v1_models.yml
@@ -40,8 +40,34 @@ library:
         - port: balance_port
           field: flow
           definition: -max_load + curtailment
-
-
+          
+    - id: dsr2
+      parameters:
+        - id: min_load
+          time-dependent: true
+          scenario-dependent: true
+        - id: max_load
+          time-dependent: true
+          scenario-dependent: true
+        - id: curtailment_price
+          time-dependent: false
+          scenario-dependent: false
+        - id: load_hurdle_cost # This parameter should be 0 in most of the cases. It is just added here to take into account the hurdle costs in the fivtive "p2g_base" links in the BP25 modelling
+          time-dependent: true
+          scenario-dependent: false
+      variables:
+        - id: curtailment
+          lower-bound: 0
+          upper-bound: max_load-min_load 
+      objective: expec(sum(curtailment * (curtailment_price - load_hurdle_cost)  + load_hurdle_cost*max_load)) 
+      ports:
+        - id: balance_port
+          type: flow
+      port-field-definitions:
+        - port: balance_port
+          field: flow
+          definition: -max_load + curtailment
+          
     - id: electrolyser
       parameters:
       - id: efficiency