Merge pull request #177 from CRESYM/dev

New models, test cases, enhancements and new issues resolved

Author: GJCRESYM

_layouts/page.html

@@ -16,8 +16,8 @@
                 <div class="col text-justify">
                     <article id="page" class="markdown-body">
                         <h1>{{ page.title }}</h1>
-                        {% if page.author %}
-                            <p id="author"><strong>Author:</strong> {{ page.author }}</p>
+                        {% if page.authors %}
+                            <p id="authors"><strong>Authors:</strong> {{ page.authors }}</p>
                         {% endif %}
                         {% if page.reviewers %}
                             <p id="reviewers"><strong>Reviewers:</strong> {{ page.reviewers }}</p>

pages/models/Capacitors/CapacitorBank/index.md

@@ -4,10 +4,11 @@ title: Capacitor Bank
 tags: ["#121","Capacitor", "dynawo"]
 date: 10/05/2024 
 last-updated: 14/05/2024
+id: #121
+authors: Carlos Alegre (eRoots)
+reviewers: Eduardo Prieto Araujo (UPC), Josep Fanals Batllori (eRoots)
 ---
 
-# Capacitor Bank
-
 ## Context
 
 In electrical grids, shunt elements are connected to the end of a transmission line in order to control the voltage level by injecting or absorbing reactive power. This is done to prevent the voltage level to go below or above the desired range, something usual when dealing with long transmission lines or for some specific loads. If the shunt element absorbs reactive power, it is formed by inductances, while if it injects reactive power, it is formed by capacitors. This model presents the steady-state analysis of a capacitor bank.

pages/models/HVDC/VSC/index.md

@@ -1,13 +1,14 @@
 ---
 layout: page
-title: VSC HVDC Model
+title: RTE Average phasor voltage source converter HVDC Model
 tags: ["#24","opensource","phasor", "HVDC", "VSC", "generic", "MRL4", "Single phase", "dynawo"]
 date: 21/06/2023 
 last-updated: 29/03/2024
+id: #91
+authors: Mathilde Bongrain (CRESYM)
+reviewers: 
 ---
 
-# VSC HVDC model
-
 ## Context
 
 This average phasor voltage source converter based high voltage DC transmission line (VSC-HVDC) model has been developed by RTE [[1]](#1)  based on some work done by ENTSOE G-HVDC WP.

pages/models/Transformers/CantileverTransformer/index.md

@@ -1,13 +1,14 @@
 ---
 layout: page
-title: Cantilever Transformer
+title: Cantilever Transformer Model
 tags: ["#114", "Transformer", "Single-phase", "Cantilever equivalent", "Leakage flux", "Steady-state", "Phasorial", "Dynawo", "Modelica", "RMS"]
 date: 02/05/2024 
 last-updated: 02/05/2024
+id: #114
+authors: Carlos Alegre (eRoots)
+reviewers: Eduardo Prieto Araujo (UPC), Josep Fanals Batllori (eRoots)
 ---
 
-# Cantilever Transformer model
-
 ## Context
 
 Transformers are essential parts of the grid as two-port devices that change the voltage level from one of its ends to the other. It allows to be able to change the voltage to a suitable level to perform any of the actions necessary for the grid. For example, it is used to raise the voltage to be able to transport electricity minimizing the losses, and then lower the voltage until reaching appropriate levels for consumption without risking the integrity of the users. 

pages/models/controlBlocks/2limitedProportionalIntegralController/index.md

@@ -3,11 +3,10 @@ id: pict2lim1
 layout: page
 title: Proportional integral (PI) controller with non-windup limit on the integral term and limit on the proportional term
 tags: ["control block", "PI", "Proportional Integral", "non-windup", "limits"]
-author: Mathilde Bongrain
+authors: Mathilde Bongrain
 date: 16/10/2023
 version: version-1.0.0
 ---
-# Proportional integral (PI) controller with non-windup limit on the integral term and limit on the proportional term
 
 ## Diagram
 

pages/models/controlBlocks/absoluteValue/index.md

@@ -3,11 +3,10 @@ id: abs1
 layout: page
 title: Absolute value of input
 tags: ["control block", "discrete", "abs", "absolute value"]
-author: Mathilde Bongrain
+authors: Mathilde Bongrain
 date: 16/10/2023
 version: version-1.0.0
 ---
-# Absolute value of input
 
 ## Diagram
 

pages/models/controlBlocks/algebraicEquation/index.md

@@ -3,11 +3,10 @@ id: algeq1
 layout: page
 title: Algebraic equation
 tags: ["control block", "algebraic equation"]
-author: Mathilde Bongrain
+authors: Mathilde Bongrain
 date: 16/10/2023
 version: version-1.0.0
 ---
-# Algebraic equation
 
 ## Syntax:
 

pages/models/controlBlocks/deadband/index.md

@@ -3,13 +3,11 @@ id: db1
 layout: page
 title: Deadband control block
 tags: ["control block", "deadband"]
-author: Mathilde Bongrain
+authors: Mathilde Bongrain
 date: 16/10/2023
 version: version-1.0.0
 ---
 
-# Deadband control block
-
 ## Diagram
 
 ![deadbandDiagram](deadband.svg)

pages/models/controlBlocks/hysteresis/index.md

@@ -3,13 +3,11 @@ id: hyst1
 layout: page
 title: Hysteresis control block
 tags: ["control block", "hysteresis"]
-author: Mathilde Bongrain
+authors: Mathilde Bongrain
 date: 16/10/2023
 version: version-1.0.0
 ---
 
-# Hysteresis control block
-
 ## Diagram
 
 ![hysteresis diagram](hysteresis.svg)

pages/models/controlBlocks/integrator/index.md

@@ -3,13 +3,11 @@ id: int1
 layout: page
 title: Integrator control block with a positive time constant T
 tags: ["control block", "integrator"]
-author: Mathilde Bongrain
+authors: Mathilde Bongrain
 date: 16/10/2023
 version: version-1.0.0
 ---
 
-# Integrator control block with a positive time constant T
-
 ## Diagram
 
 ![integrator diagram](integrator.svg)