Add multizone_office_simple_hydronic to next release and describe dep…

…endencies for all test cases

web/_data/testcases_menubar.yml

@@ -14,14 +14,16 @@
       link: /testcases/ibpsa/testcases_ibpsa_multizone_residential_hydronic/
     - name: Multizone Office Simple Air
       link: /testcases/ibpsa/testcases_ibpsa_multizone_office_simple_air/
+- label: Available in Next Release
+  items:
+    - name: Multizone Office Simple Hydronic
+      link: /testcases/ibpsa/testcases_ibpsa_multizone_office_simple_hydronic/
 - label: Under Development
   items:
     - name: Single Zone Commercial Air
       link: /testcases/ibpsa/testcases_ibpsa_singlezone_commercial_air/
     - name: Flexible Research Platform
       link: /testcases/ibpsa/testcases_ibpsa_flexible_research_platform/
-    - name: Multizone Office Simple Hydronic
-      link: /testcases/ibpsa/testcases_ibpsa_multizone_office_simple_hydronic/
     - name: Multizone Office Simple Hybrid
       link: /testcases/ibpsa/testcases_ibpsa_multizone_office_simple_hybrid/
     - name: Multizone Office Complex Air

web/build_docs.sh

@@ -94,4 +94,5 @@ cp -r ../testcases/multizone_residential_hydronic/doc $dir_testcases/multizone_r
 cp -r ../testcases/singlezone_commercial_hydronic/doc $dir_testcases/singlezone_commercial_hydronic
 cp -r ../testcases/multizone_office_simple_air/doc $dir_testcases/multizone_office_simple_air
 cp -r ../testcases/twozone_apartment_hydronic/doc $dir_testcases/twozone_apartment_hydronic
+cp -r ../testcases/multizone_office_simple_hydronic/doc $dir_testcases/multizone_office_simple_hydronic
 echo Finished test case design documentation.

web/testcases_ibpsa_bestest_air.md

@@ -39,3 +39,8 @@ explicitly modeled.
 ``constant``
 ``dynamic``
 ``highly_dynamic``
+
+# Dependencies
+The Modelica model for this test case uses the [Modelica Standard Library](https://github.com/modelica/ModelicaStandardLibrary) and the [Modelica Buildings Library](https://simulationresearch.lbl.gov/modelica/index.html).
+
+The FMU for this test case is compiled by the open-source [JModelica.org](https://jmodelica.org/).

web/testcases_ibpsa_bestest_hydronic.md

@@ -33,3 +33,8 @@ is maintained.
 ``constant``
 ``dynamic``
 ``highly_dynamic``
+
+# Dependencies
+The Modelica model for this test case uses the [Modelica Standard Library](https://github.com/modelica/ModelicaStandardLibrary) and the [Modelica IDEAS Library](https://github.com/open-ideas/IDEAS).
+
+The FMU for this test case is compiled by the open-source [JModelica.org](https://jmodelica.org/).

web/testcases_ibpsa_bestest_hydronic_heat_pump.md

@@ -37,3 +37,8 @@ floorr when the heat pump is operating.
 ``constant``
 ``dynamic``
 ``highly_dynamic``
+
+# Dependencies
+The Modelica model for this test case uses the [Modelica Standard Library](https://github.com/modelica/ModelicaStandardLibrary) and the [Modelica IDEAS Library](https://github.com/open-ideas/IDEAS).
+
+The FMU for this test case is compiled by the open-source [JModelica.org](https://jmodelica.org/).

web/testcases_ibpsa_multizone_office_simple_air.md

@@ -37,3 +37,8 @@ terminal box controls utilize single-maximum airflow control.
 ``constant``
 ``dynamic``
 ``highly_dynamic``
+
+# Dependencies
+The Modelica model for this test case uses the [Modelica Standard Library](https://github.com/modelica/ModelicaStandardLibrary) and the [Modelica Buildings Library](https://simulationresearch.lbl.gov/modelica/index.html).
+
+The FMU for this test case is compiled by the open-source [JModelica.org](https://jmodelica.org/).

web/testcases_ibpsa_multizone_office_simple_hydronic.md

@@ -8,26 +8,38 @@ menubar: testcases_menubar
 permalink: /testcases/ibpsa/testcases_ibpsa_multizone_office_simple_hydronic/
 ---
 
-<h1><span style="color:grey">Test Case Name</span></h1>
+# Test Case Name
 ``multizone_office_simple_hydronic``
 
-<h1><span style="color:grey">Brief Description</span></h1>
-<span style="color:grey">
-The test case represents an office hydronic with two zones zones in Belgium. 
-The building test case is modeled as a rectangular building
-of 40x25 m and 15 m of height.
-The height of each floor is considered to be 3 m,
-and at each floor internal floors are added to account for the thermal mass.
+# Brief Description
+The test case represents an office HVAC system with two zones in Belgium.
+The building represented is a rectangular building
+of 40x25 m and 15 m of height, including five floors each 3 m high.
 Hence, the total floor area to be conditioned is 5000 m<sup>2</sup>.
-The building is divided in two zones/spaces of equal floor area,
-with their main façades oriented towards north (NZ) and south (SZ) respectively.
+For modeling, the building is divided in two zones of equal floor area,
+with their main facades oriented towards north (NZ) and south (SZ) respectively,
+and with five internal floors included for thermal mass.
 Each zone has a window-to-wall ratio of 50%.
-</span>
 
-<span style="color:grey">
 Each zone is equipped with independent air handling units (AHUs) for ventilation
-and circuits connected to fan-coil units (also known as ventiloconvectors) as the emission system.
-Heat/cold is procuded by means of a gas boiler and a chiller.
-</span>
+and fan-coil units (also known as ventiloconvectors) for space heating and cooling.
+Heating water is produced by an air-source heat pump and chilled water is produced by an air-cooled chiller.
 
-<h1><span style="color:grey">(Under Development)</span></h1>
+[Click here](/docs-testcases/multizone_office_simple_hydronic/index.html) to view detailed documentation.
+
+# Available Test Scenarios
+### Time Periods
+``peak_heat_day``
+``typical_heat_day``
+``peak_cool_day``
+``typical_cool_day``
+``mix_day``
+### Electricity Prices
+``constant``
+``dynamic``
+``highly_dynamic``
+
+# Dependencies
+The Modelica model for this test case uses the [Modelica Standard Library](https://github.com/modelica/ModelicaStandardLibrary), [Modelica Buildings Library](https://simulationresearch.lbl.gov/modelica/index.html), and [Modelica IDEAS Library](https://github.com/open-ideas/IDEAS).
+
+The FMU for this test case is compiled by [Modelon's OPTIMICA Compiler Toolkit (OCT)](https://help.modelon.com/latest/reference/oct/).

web/testcases_ibpsa_multizone_residential_hydronic.md

@@ -35,3 +35,8 @@ emission system is heated by a gas boiler.  Domestic hot water is not included.
 ``constant``
 ``dynamic``
 ``highly_dynamic``
+
+# Dependencies
+The Modelica model for this test case uses the [Modelica Standard Library](https://github.com/modelica/ModelicaStandardLibrary) and the [Modelica Buildings Library](https://simulationresearch.lbl.gov/modelica/index.html).
+
+The FMU for this test case is compiled by the open-source [JModelica.org](https://jmodelica.org/).

web/testcases_ibpsa_singlezone_commercial_hydronic.md

@@ -33,3 +33,8 @@ is also served by the district heating source.
 ``constant``
 ``dynamic``
 ``highly_dynamic``
+
+# Dependencies
+The Modelica model for this test case uses the [Modelica Standard Library](https://github.com/modelica/ModelicaStandardLibrary) and the [Modelica Buildings Library](https://simulationresearch.lbl.gov/modelica/index.html).
+
+The FMU for this test case is compiled by the open-source [JModelica.org](https://jmodelica.org/).

web/testcases_ibpsa_twozone_apartment_hydronic.md

@@ -36,3 +36,8 @@ curve that depends on the external temperature.
 ``constant``
 ``dynamic``
 ``highly_dynamic``
+
+# Dependencies
+The Modelica model for this test case uses the [Modelica Standard Library](https://github.com/modelica/ModelicaStandardLibrary), [Modelica Buildings Library](https://simulationresearch.lbl.gov/modelica/index.html), and [Modelica IDEAS Library](https://github.com/open-ideas/IDEAS).
+
+The FMU for this test case is compiled by the open-source [JModelica.org](https://jmodelica.org/).