Ticket #6349: jose_corrected.ipynb

File jose_corrected.ipynb, 162.6 KB (added by arunkumar palanisamy, 5 years ago)
Line 
1{
2 "cells": [
3 {
4 "cell_type": "code",
5 "execution_count": 18,
6 "metadata": {},
7 "outputs": [],
8 "source": [
9 "import matplotlib.pyplot as plot"
10 ]
11 },
12 {
13 "cell_type": "code",
14 "execution_count": 1,
15 "metadata": {},
16 "outputs": [
17 {
18 "name": "stdout",
19 "output_type": "stream",
20 "text": [
21 "Notification: Automatically loaded package Modelica 3.2.3 due to uses annotation.\n",
22 "Notification: Automatically loaded package Complex 3.2.3 due to uses annotation.\n",
23 "Notification: Automatically loaded package ModelicaServices 3.2.3 due to uses annotation.\n",
24 "Notification: Automatically loaded package OpenIPSL 1.5.0 due to uses annotation.\n",
25 "Notification: OpenIPSL requested package Modelica of version 3.2.2. Modelica 3.2.3 is used instead which states that it is fully compatible without conversion script needed.\n",
26 "Notification: OpenIPSL requested package Complex of version 3.2.2. Complex 3.2.3 is used instead which states that it is fully compatible without conversion script needed.\n",
27 "Notification: Skipped loading package Dynawo (0.1,default) using MODELICAPATH C:/Jose/;C:/OPENMODELICAGIT/OpenModelica/build/lib/omlibrary;C:/Users/arupa54/AppData/Roaming/.openmodelica/libraries/ (uses-annotation may be wrong).\n",
28 "\n",
29 "Notification: OpenIPSL requested package Modelica of version 3.2.2. Modelica 3.2.3 is used instead which states that it is fully compatible without conversion script needed.\n",
30 "Notification: OpenIPSL requested package Complex of version 3.2.2. Complex 3.2.3 is used instead which states that it is fully compatible without conversion script needed.\n",
31 "\n"
32 ]
33 }
34 ],
35 "source": [
36 "from OMPython import ModelicaSystem\n",
37 "mod = ModelicaSystem(\"C:/Jose/HVDCcomponents/package.mo\",\"HVDCcomponents.Examples.Test_VSC\",[\"C:/Jose/OpenIPSL/package.mo\"])"
38 ]
39 },
40 {
41 "cell_type": "code",
42 "execution_count": 2,
43 "metadata": {},
44 "outputs": [
45 {
46 "data": {
47 "text/plain": [
48 "('OpenIPSL', 'ModelicaServices', 'Complex', 'Modelica', 'HVDCcomponents')"
49 ]
50 },
51 "execution_count": 2,
52 "metadata": {},
53 "output_type": "execute_result"
54 }
55 ],
56 "source": [
57 "mod.sendExpression(\"getClassNames()\")"
58 ]
59 },
60 {
61 "cell_type": "code",
62 "execution_count": 3,
63 "metadata": {},
64 "outputs": [
65 {
66 "data": {
67 "text/plain": [
68 "{'SysData.S_b': '100.0',\n",
69 " 'SysData.fn': '50.0',\n",
70 " 'bus1.P_0': '1.0',\n",
71 " 'bus1.Q_0': '0.0',\n",
72 " 'bus1.S_b': '1000.0',\n",
73 " 'bus1.V_0': '1.0',\n",
74 " 'bus1.V_b': '230.0',\n",
75 " 'bus1.angle_0': '0.0',\n",
76 " 'bus1.fn': '50.0',\n",
77 " 'bus2.P_0': '1.0',\n",
78 " 'bus2.Q_0': '0.0',\n",
79 " 'bus2.S_b': '1000.0',\n",
80 " 'bus2.V_0': '1.0',\n",
81 " 'bus2.V_b': '230.0',\n",
82 " 'bus2.angle_0': '0.0',\n",
83 " 'bus2.fn': '50.0',\n",
84 " 'dC_cable_PI_section.Vinit': '640000.0',\n",
85 " 'dC_cable_PI_section.capacitor1.C': '1.0',\n",
86 " 'dC_cable_PI_section.capacitor2.C': '1.0',\n",
87 " 'dC_cable_PI_section.conductor1.G': '1.0',\n",
88 " 'dC_cable_PI_section.conductor1.T': '288.15',\n",
89 " 'dC_cable_PI_section.conductor1.T_heatPort': '288.15',\n",
90 " 'dC_cable_PI_section.conductor1.T_ref': '300.15',\n",
91 " 'dC_cable_PI_section.conductor1.alpha': '0.0',\n",
92 " 'dC_cable_PI_section.conductor2.G': '1.0',\n",
93 " 'dC_cable_PI_section.conductor2.T': '288.15',\n",
94 " 'dC_cable_PI_section.conductor2.T_heatPort': '288.15',\n",
95 " 'dC_cable_PI_section.conductor2.T_ref': '300.15',\n",
96 " 'dC_cable_PI_section.conductor2.alpha': '0.0',\n",
97 " 'dC_cable_PI_section.inductor1.L': '1.0',\n",
98 " 'dC_cable_PI_section.inductor2.L': '1.0',\n",
99 " 'dC_cable_PI_section.inductor3.L': '1.0',\n",
100 " 'dC_cable_PI_section.length': '100.0',\n",
101 " 'dC_cable_PI_section.resistor1.R': '1.0',\n",
102 " 'dC_cable_PI_section.resistor1.T': '288.15',\n",
103 " 'dC_cable_PI_section.resistor1.T_heatPort': '288.15',\n",
104 " 'dC_cable_PI_section.resistor1.T_ref': '300.15',\n",
105 " 'dC_cable_PI_section.resistor1.alpha': '0.0',\n",
106 " 'dC_cable_PI_section.resistor2.R': '1.0',\n",
107 " 'dC_cable_PI_section.resistor2.T': '288.15',\n",
108 " 'dC_cable_PI_section.resistor2.T_heatPort': '288.15',\n",
109 " 'dC_cable_PI_section.resistor2.T_ref': '300.15',\n",
110 " 'dC_cable_PI_section.resistor2.alpha': '0.0',\n",
111 " 'dC_cable_PI_section.resistor3.R': '1.0',\n",
112 " 'dC_cable_PI_section.resistor3.T': '288.15',\n",
113 " 'dC_cable_PI_section.resistor3.T_heatPort': '288.15',\n",
114 " 'dC_cable_PI_section.resistor3.T_ref': '300.15',\n",
115 " 'dC_cable_PI_section.resistor3.alpha': '0.0',\n",
116 " 'infiniteBus1.P_0': '1.0',\n",
117 " 'infiniteBus1.Q_0': '0.0',\n",
118 " 'infiniteBus1.S_b': '1000.0',\n",
119 " 'infiniteBus1.V_0': '1.0',\n",
120 " 'infiniteBus1.V_b': '230.0',\n",
121 " 'infiniteBus1.angle_0': '0.0',\n",
122 " 'infiniteBus1.fn': '50.0',\n",
123 " 'infiniteBus2.P_0': '1.0',\n",
124 " 'infiniteBus2.Q_0': '0.0',\n",
125 " 'infiniteBus2.S_b': '1000.0',\n",
126 " 'infiniteBus2.V_0': '1.0',\n",
127 " 'infiniteBus2.V_b': '230.0',\n",
128 " 'infiniteBus2.angle_0': '0.0',\n",
129 " 'infiniteBus2.fn': '50.0',\n",
130 " 'pQ_sensor1.S_b': '1000.0',\n",
131 " 'pQ_sensor2.S_b': '1000.0',\n",
132 " 'step.height': '10000000.0',\n",
133 " 'step.offset': '0.0',\n",
134 " 'step.startTime': '5.0',\n",
135 " 'step1.height': '0.0',\n",
136 " 'step1.offset': '0.0',\n",
137 " 'step1.startTime': '0.0',\n",
138 " 'step4.height': '0.0',\n",
139 " 'step4.offset': '0.0',\n",
140 " 'step4.startTime': '2.0',\n",
141 " 'step5.height': '10000000.0',\n",
142 " 'step5.offset': '0.0',\n",
143 " 'step5.startTime': '10.0',\n",
144 " 'vSC_station_final.C_dc': '0.000195',\n",
145 " 'vSC_station_final.I_max': '1.1',\n",
146 " 'vSC_station_final.MVAb': '1000.0',\n",
147 " 'vSC_station_final.P_ref': '0.0',\n",
148 " 'vSC_station_final.Pref_limiter.uMax': '1.0',\n",
149 " 'vSC_station_final.Pref_limiter.uMin': None,\n",
150 " 'vSC_station_final.Q_max': '0.5',\n",
151 " 'vSC_station_final.Q_min': '-0.5',\n",
152 " 'vSC_station_final.Q_ref': '0.0',\n",
153 " 'vSC_station_final.Qref_limiter.uMax': '1.0',\n",
154 " 'vSC_station_final.Qref_limiter.uMin': None,\n",
155 " 'vSC_station_final.Rr': '0.002',\n",
156 " 'vSC_station_final.S_b': '1000.0',\n",
157 " 'vSC_station_final.Vb': '230.0',\n",
158 " 'vSC_station_final.Vdc0': '1.0',\n",
159 " 'vSC_station_final.Vdc_ref.k': '1.0',\n",
160 " 'vSC_station_final.Vdc_ref.y': None,\n",
161 " 'vSC_station_final.Vdcb': '640.0',\n",
162 " 'vSC_station_final.Vgd': '230.0',\n",
163 " 'vSC_station_final.Xr': '0.1',\n",
164 " 'vSC_station_final.add.k1': '1.0',\n",
165 " 'vSC_station_final.add.k2': '1.0',\n",
166 " 'vSC_station_final.fb': None,\n",
167 " 'vSC_station_final.gain.k': '1.0',\n",
168 " 'vSC_station_final.gain1.k': '1.0',\n",
169 " 'vSC_station_final.gain2.k': '1.0',\n",
170 " 'vSC_station_final.gain3.k': '1.0',\n",
171 " 'vSC_station_final.inner_control_I_limitation1.I_base': None,\n",
172 " 'vSC_station_final.inner_control_I_limitation1.Lr': None,\n",
173 " 'vSC_station_final.inner_control_I_limitation1.MVAb': None,\n",
174 " 'vSC_station_final.inner_control_I_limitation1.Pref': None,\n",
175 " 'vSC_station_final.inner_control_I_limitation1.Qref': None,\n",
176 " 'vSC_station_final.inner_control_I_limitation1.Rr': None,\n",
177 " 'vSC_station_final.inner_control_I_limitation1.Vb': None,\n",
178 " 'vSC_station_final.inner_control_I_limitation1.Vgd': None,\n",
179 " 'vSC_station_final.inner_control_I_limitation1.add1.k1': '1.0',\n",
180 " 'vSC_station_final.inner_control_I_limitation1.add1.k2': '-1.0',\n",
181 " 'vSC_station_final.inner_control_I_limitation1.add2.k1': '1.0',\n",
182 " 'vSC_station_final.inner_control_I_limitation1.add2.k2': '1.0',\n",
183 " 'vSC_station_final.inner_control_I_limitation1.add3.k1': '1.0',\n",
184 " 'vSC_station_final.inner_control_I_limitation1.add3.k2': '-1.0',\n",
185 " 'vSC_station_final.inner_control_I_limitation1.add31.k1': '1.0',\n",
186 " 'vSC_station_final.inner_control_I_limitation1.add31.k2': '1.0',\n",
187 " 'vSC_station_final.inner_control_I_limitation1.add31.k3': '-1.0',\n",
188 " 'vSC_station_final.inner_control_I_limitation1.add32.k1': '1.0',\n",
189 " 'vSC_station_final.inner_control_I_limitation1.add32.k2': '1.0',\n",
190 " 'vSC_station_final.inner_control_I_limitation1.add32.k3': '1.0',\n",
191 " 'vSC_station_final.inner_control_I_limitation1.add4.k1': '1.0',\n",
192 " 'vSC_station_final.inner_control_I_limitation1.add4.k2': '1.0',\n",
193 " 'vSC_station_final.inner_control_I_limitation1.const.k': '1.0',\n",
194 " 'vSC_station_final.inner_control_I_limitation1.const.y': None,\n",
195 " 'vSC_station_final.inner_control_I_limitation1.constant1.k': '1.0',\n",
196 " 'vSC_station_final.inner_control_I_limitation1.constant1.y': None,\n",
197 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.I_max.k': '1.0',\n",
198 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.I_max.y': None,\n",
199 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.I_max_SI.k': '1.0',\n",
200 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.I_max_SI.y': None,\n",
201 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.Ib': None,\n",
202 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.Imax.k': '1.0',\n",
203 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.Imax.y': None,\n",
204 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.add.k1': '1.0',\n",
205 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.add.k2': '1.0',\n",
206 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.constant1.k': '1.0',\n",
207 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.constant1.y': None,\n",
208 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.feedback.u1': None,\n",
209 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.feedback1.u1': None,\n",
210 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.i_max': None,\n",
211 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.neg_d.k': '-1.0',\n",
212 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.neg_q.k': '-1.0',\n",
213 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.neg_q.u': None,\n",
214 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_d.ySimplified': '0.0',\n",
215 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_q.limit1': None,\n",
216 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_q.ySimplified': '0.0',\n",
217 " 'vSC_station_final.inner_control_I_limitation1.gain1.k': '1.0',\n",
218 " 'vSC_station_final.inner_control_I_limitation1.gain2.k': '1.0',\n",
219 " 'vSC_station_final.inner_control_I_limitation1.i_max': None,\n",
220 " 'vSC_station_final.inner_control_I_limitation1.integrator1.k': None,\n",
221 " 'vSC_station_final.inner_control_I_limitation1.integrator1.y_start': None,\n",
222 " 'vSC_station_final.inner_control_I_limitation1.integrator2.k': None,\n",
223 " 'vSC_station_final.inner_control_I_limitation1.integrator2.y_start': None,\n",
224 " 'vSC_station_final.inner_control_I_limitation1.limiter.uMax': '1.0',\n",
225 " 'vSC_station_final.inner_control_I_limitation1.limiter.uMin': None,\n",
226 " 'vSC_station_final.inner_control_I_limitation1.limiter1.uMax': '1.0',\n",
227 " 'vSC_station_final.inner_control_I_limitation1.limiter1.uMin': None,\n",
228 " 'vSC_station_final.inner_control_I_limitation1.module_calc.Vb': None,\n",
229 " 'vSC_station_final.inner_control_I_limitation1.product3.u1': None,\n",
230 " 'vSC_station_final.inner_control_I_limitation1.tr': None,\n",
231 " 'vSC_station_final.k_droop': '10.0',\n",
232 " 'vSC_station_final.m_max': '1.1',\n",
233 " 'vSC_station_final.physical_Layer.C_dc': None,\n",
234 " 'vSC_station_final.physical_Layer.MVAb': None,\n",
235 " 'vSC_station_final.physical_Layer.P_ref': None,\n",
236 " 'vSC_station_final.physical_Layer.Q_ref': None,\n",
237 " 'vSC_station_final.physical_Layer.Rr': None,\n",
238 " 'vSC_station_final.physical_Layer.S_b': None,\n",
239 " 'vSC_station_final.physical_Layer.Vb': None,\n",
240 " 'vSC_station_final.physical_Layer.Vdc0': None,\n",
241 " 'vSC_station_final.physical_Layer.Vdcb': None,\n",
242 " 'vSC_station_final.physical_Layer.Vgd': None,\n",
243 " 'vSC_station_final.physical_Layer.Xr': None,\n",
244 " 'vSC_station_final.physical_Layer.capacitor2.C': '1.0',\n",
245 " 'vSC_station_final.physical_Layer.fb': None,\n",
246 " 'vSC_station_final.physical_Layer.gain2.k': '1.0',\n",
247 " 'vSC_station_final.physical_Layer.gain3.k': '1.0',\n",
248 " 'vSC_station_final.physical_Layer.gain5.k': '1.0',\n",
249 " 'vSC_station_final.physical_Layer.gain6.k': '1.0',\n",
250 " 'vSC_station_final.physical_Layer.inductor1.L': '1.0',\n",
251 " 'vSC_station_final.physical_Layer.inductor2.L': '1.0',\n",
252 " 'vSC_station_final.physical_Layer.multiProduct1.u[1]': None,\n",
253 " 'vSC_station_final.physical_Layer.multiProduct2.u[1]': None,\n",
254 " 'vSC_station_final.physical_Layer.resistor1.R': '1.0',\n",
255 " 'vSC_station_final.physical_Layer.resistor1.T': '288.15',\n",
256 " 'vSC_station_final.physical_Layer.resistor1.T_heatPort': '288.15',\n",
257 " 'vSC_station_final.physical_Layer.resistor1.T_ref': '300.15',\n",
258 " 'vSC_station_final.physical_Layer.resistor1.alpha': '0.0',\n",
259 " 'vSC_station_final.physical_Layer.resistor2.R': '1.0',\n",
260 " 'vSC_station_final.physical_Layer.resistor2.T': '288.15',\n",
261 " 'vSC_station_final.physical_Layer.resistor2.T_heatPort': '288.15',\n",
262 " 'vSC_station_final.physical_Layer.resistor2.T_ref': '300.15',\n",
263 " 'vSC_station_final.physical_Layer.resistor2.alpha': '0.0',\n",
264 " 'vSC_station_final.physical_Layer.wL.k': '1.0',\n",
265 " 'vSC_station_final.physical_Layer.wL.y': None,\n",
266 " 'vSC_station_final.pll_PI.add.k1': '1.0',\n",
267 " 'vSC_station_final.pll_PI.add.k2': '1.0',\n",
268 " 'vSC_station_final.pll_PI.add.u1': None,\n",
269 " 'vSC_station_final.pll_PI.add2.k1': '0.0',\n",
270 " 'vSC_station_final.pll_PI.add2.k2': '1.0',\n",
271 " 'vSC_station_final.pll_PI.const.k': '1.0',\n",
272 " 'vSC_station_final.pll_PI.const.y': None,\n",
273 " 'vSC_station_final.pll_PI.const1.k': '1.0',\n",
274 " 'vSC_station_final.pll_PI.const1.y': None,\n",
275 " 'vSC_station_final.pll_PI.gain.k': '1.0',\n",
276 " 'vSC_station_final.pll_PI.integrator1.k': None,\n",
277 " 'vSC_station_final.pll_PI.integrator1.y_start': None,\n",
278 " 'vSC_station_final.pll_PI.kipll': '-3600.0',\n",
279 " 'vSC_station_final.pll_PI.kppll': '-120.0',\n",
280 " 'vSC_station_final.pll_PI.low_pass_filter1.add1.k1': '1.0',\n",
281 " 'vSC_station_final.pll_PI.low_pass_filter1.add1.k2': '-1.0',\n",
282 " 'vSC_station_final.pll_PI.low_pass_filter1.integrator1.k': None,\n",
283 " 'vSC_station_final.pll_PI.low_pass_filter1.integrator1.y_start': '0.0',\n",
284 " 'vSC_station_final.pll_PI.low_pass_filter1.wcpll': None,\n",
285 " 'vSC_station_final.pll_PI.pI_controller_PLL1.add1.k1': '1.0',\n",
286 " 'vSC_station_final.pll_PI.pI_controller_PLL1.add1.k2': '1.0',\n",
287 " 'vSC_station_final.pll_PI.pI_controller_PLL1.gain1.k': '1.0',\n",
288 " 'vSC_station_final.pll_PI.pI_controller_PLL1.integrator1.k': None,\n",
289 " 'vSC_station_final.pll_PI.pI_controller_PLL1.integrator1.y_start': '0.0',\n",
290 " 'vSC_station_final.pll_PI.pI_controller_PLL1.kipll': None,\n",
291 " 'vSC_station_final.pll_PI.pI_controller_PLL1.kppll': None,\n",
292 " 'vSC_station_final.pll_PI.product.u1': None,\n",
293 " 'vSC_station_final.pll_PI.teta_bus': None,\n",
294 " 'vSC_station_final.pll_PI.w_base': None,\n",
295 " 'vSC_station_final.pll_PI.wcpll': '200.0',\n",
296 " 'vSC_station_final.teta_bus': '0.0',\n",
297 " 'vSC_station_final.tr': '0.003',\n",
298 " 'vSC_station_final.tr_dc': '0.04',\n",
299 " 'vSC_station_final.vdcControl.Cdc': None,\n",
300 " 'vSC_station_final.vdcControl.Ksi': '0.7',\n",
301 " 'vSC_station_final.vdcControl.g_droop': None,\n",
302 " 'vSC_station_final.vdcControl.tr': None,\n",
303 " 'vSC_station_final.vdcControl.vdc0': None,\n",
304 " 'vSC_station_final.vdcControl.vdc_IP_control1.Cdc': None,\n",
305 " 'vSC_station_final.vdcControl.vdc_IP_control1.Ksi': None,\n",
306 " 'vSC_station_final.vdcControl.vdc_IP_control1.add1.k1': '1.0',\n",
307 " 'vSC_station_final.vdcControl.vdc_IP_control1.add1.k2': '-1.0',\n",
308 " 'vSC_station_final.vdcControl.vdc_IP_control1.add2.k1': '-1.0',\n",
309 " 'vSC_station_final.vdcControl.vdc_IP_control1.add2.k2': '1.0',\n",
310 " 'vSC_station_final.vdcControl.vdc_IP_control1.gain1.k': '1.0',\n",
311 " 'vSC_station_final.vdcControl.vdc_IP_control1.integrator1.k': None,\n",
312 " 'vSC_station_final.vdcControl.vdc_IP_control1.integrator1.y_start': '0.0',\n",
313 " 'vSC_station_final.vdcControl.vdc_IP_control1.tr': None,\n",
314 " 'vSC_station_final.vdcControl.vdc_PI_control1.Cdc': None,\n",
315 " 'vSC_station_final.vdcControl.vdc_PI_control1.Ksi': None,\n",
316 " 'vSC_station_final.vdcControl.vdc_PI_control1.add1.k1': '1.0',\n",
317 " 'vSC_station_final.vdcControl.vdc_PI_control1.add1.k2': '-1.0',\n",
318 " 'vSC_station_final.vdcControl.vdc_PI_control1.add2.k1': '-1.0',\n",
319 " 'vSC_station_final.vdcControl.vdc_PI_control1.add2.k2': '-1.0',\n",
320 " 'vSC_station_final.vdcControl.vdc_PI_control1.gain1.k': '1.0',\n",
321 " 'vSC_station_final.vdcControl.vdc_PI_control1.integrator1.k': None,\n",
322 " 'vSC_station_final.vdcControl.vdc_PI_control1.integrator1.y_start': '0.0',\n",
323 " 'vSC_station_final.vdcControl.vdc_PI_control1.tr': None,\n",
324 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.Cdc': None,\n",
325 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.Ksi': None,\n",
326 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add1.k1': '1.0',\n",
327 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add1.k2': '-1.0',\n",
328 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add2.k1': '-1.0',\n",
329 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add2.k2': '-1.0',\n",
330 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.gain.k': '1.0',\n",
331 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.gain1.k': '1.0',\n",
332 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator.k': '1.0',\n",
333 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator.y_start': None,\n",
334 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator1.k': None,\n",
335 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator1.y_start': '0.0',\n",
336 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.tr': None,\n",
337 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.vdc0': None,\n",
338 " 'vSC_station_final.vdcControl.vdc_droop1.feedback.u1': None,\n",
339 " 'vSC_station_final.vdcControl.vdc_droop1.g_droop': None,\n",
340 " 'vSC_station_final.vdcControl.vdc_droop1.gain.k': '1.0',\n",
341 " 'vSC_station_final.vdcControl.vdc_droop1.vdcref': None,\n",
342 " 'vSC_station_final.vdcControl.vdcref': None,\n",
343 " 'vSC_station_final.voltage_mod_lim.m_max': None,\n",
344 " 'vSC_station_final1.C_dc': '0.000195',\n",
345 " 'vSC_station_final1.I_max': '1.1',\n",
346 " 'vSC_station_final1.MVAb': '1000.0',\n",
347 " 'vSC_station_final1.P_ref': '0.0',\n",
348 " 'vSC_station_final1.Pref_limiter.uMax': '1.0',\n",
349 " 'vSC_station_final1.Pref_limiter.uMin': None,\n",
350 " 'vSC_station_final1.Q_max': '0.5',\n",
351 " 'vSC_station_final1.Q_min': '-0.5',\n",
352 " 'vSC_station_final1.Q_ref': '0.0',\n",
353 " 'vSC_station_final1.Qref_limiter.uMax': '1.0',\n",
354 " 'vSC_station_final1.Qref_limiter.uMin': None,\n",
355 " 'vSC_station_final1.Rr': '0.002',\n",
356 " 'vSC_station_final1.S_b': '1000.0',\n",
357 " 'vSC_station_final1.Vb': '230.0',\n",
358 " 'vSC_station_final1.Vdc0': '1.0',\n",
359 " 'vSC_station_final1.Vdc_ref.k': '1.0',\n",
360 " 'vSC_station_final1.Vdc_ref.y': None,\n",
361 " 'vSC_station_final1.Vdcb': '640.0',\n",
362 " 'vSC_station_final1.Vgd': '230.0',\n",
363 " 'vSC_station_final1.Xr': '0.1',\n",
364 " 'vSC_station_final1.add.k1': '1.0',\n",
365 " 'vSC_station_final1.add.k2': '1.0',\n",
366 " 'vSC_station_final1.fb': None,\n",
367 " 'vSC_station_final1.gain.k': '1.0',\n",
368 " 'vSC_station_final1.gain1.k': '1.0',\n",
369 " 'vSC_station_final1.gain2.k': '1.0',\n",
370 " 'vSC_station_final1.gain3.k': '1.0',\n",
371 " 'vSC_station_final1.inner_control_I_limitation1.I_base': None,\n",
372 " 'vSC_station_final1.inner_control_I_limitation1.Lr': None,\n",
373 " 'vSC_station_final1.inner_control_I_limitation1.MVAb': None,\n",
374 " 'vSC_station_final1.inner_control_I_limitation1.Pref': None,\n",
375 " 'vSC_station_final1.inner_control_I_limitation1.Qref': None,\n",
376 " 'vSC_station_final1.inner_control_I_limitation1.Rr': None,\n",
377 " 'vSC_station_final1.inner_control_I_limitation1.Vb': None,\n",
378 " 'vSC_station_final1.inner_control_I_limitation1.Vgd': None,\n",
379 " 'vSC_station_final1.inner_control_I_limitation1.add1.k1': '1.0',\n",
380 " 'vSC_station_final1.inner_control_I_limitation1.add1.k2': '-1.0',\n",
381 " 'vSC_station_final1.inner_control_I_limitation1.add2.k1': '1.0',\n",
382 " 'vSC_station_final1.inner_control_I_limitation1.add2.k2': '1.0',\n",
383 " 'vSC_station_final1.inner_control_I_limitation1.add3.k1': '1.0',\n",
384 " 'vSC_station_final1.inner_control_I_limitation1.add3.k2': '-1.0',\n",
385 " 'vSC_station_final1.inner_control_I_limitation1.add31.k1': '1.0',\n",
386 " 'vSC_station_final1.inner_control_I_limitation1.add31.k2': '1.0',\n",
387 " 'vSC_station_final1.inner_control_I_limitation1.add31.k3': '-1.0',\n",
388 " 'vSC_station_final1.inner_control_I_limitation1.add32.k1': '1.0',\n",
389 " 'vSC_station_final1.inner_control_I_limitation1.add32.k2': '1.0',\n",
390 " 'vSC_station_final1.inner_control_I_limitation1.add32.k3': '1.0',\n",
391 " 'vSC_station_final1.inner_control_I_limitation1.add4.k1': '1.0',\n",
392 " 'vSC_station_final1.inner_control_I_limitation1.add4.k2': '1.0',\n",
393 " 'vSC_station_final1.inner_control_I_limitation1.const.k': '1.0',\n",
394 " 'vSC_station_final1.inner_control_I_limitation1.const.y': None,\n",
395 " 'vSC_station_final1.inner_control_I_limitation1.constant1.k': '1.0',\n",
396 " 'vSC_station_final1.inner_control_I_limitation1.constant1.y': None,\n",
397 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.I_max.k': '1.0',\n",
398 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.I_max.y': None,\n",
399 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.I_max_SI.k': '1.0',\n",
400 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.I_max_SI.y': None,\n",
401 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.Ib': None,\n",
402 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.Imax.k': '1.0',\n",
403 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.Imax.y': None,\n",
404 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.add.k1': '1.0',\n",
405 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.add.k2': '1.0',\n",
406 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.constant1.k': '1.0',\n",
407 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.constant1.y': None,\n",
408 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.feedback.u1': None,\n",
409 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.feedback1.u1': None,\n",
410 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.i_max': None,\n",
411 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.neg_d.k': '-1.0',\n",
412 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.neg_q.k': '-1.0',\n",
413 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.neg_q.u': None,\n",
414 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.variableLimiter_d.ySimplified': '0.0',\n",
415 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.variableLimiter_q.limit1': None,\n",
416 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.variableLimiter_q.ySimplified': '0.0',\n",
417 " 'vSC_station_final1.inner_control_I_limitation1.gain1.k': '1.0',\n",
418 " 'vSC_station_final1.inner_control_I_limitation1.gain2.k': '1.0',\n",
419 " 'vSC_station_final1.inner_control_I_limitation1.i_max': None,\n",
420 " 'vSC_station_final1.inner_control_I_limitation1.integrator1.k': None,\n",
421 " 'vSC_station_final1.inner_control_I_limitation1.integrator1.y_start': None,\n",
422 " 'vSC_station_final1.inner_control_I_limitation1.integrator2.k': None,\n",
423 " 'vSC_station_final1.inner_control_I_limitation1.integrator2.y_start': None,\n",
424 " 'vSC_station_final1.inner_control_I_limitation1.limiter.uMax': '1.0',\n",
425 " 'vSC_station_final1.inner_control_I_limitation1.limiter.uMin': None,\n",
426 " 'vSC_station_final1.inner_control_I_limitation1.limiter1.uMax': '1.0',\n",
427 " 'vSC_station_final1.inner_control_I_limitation1.limiter1.uMin': None,\n",
428 " 'vSC_station_final1.inner_control_I_limitation1.module_calc.Vb': None,\n",
429 " 'vSC_station_final1.inner_control_I_limitation1.product3.u1': None,\n",
430 " 'vSC_station_final1.inner_control_I_limitation1.tr': None,\n",
431 " 'vSC_station_final1.k_droop': '10.0',\n",
432 " 'vSC_station_final1.m_max': '1.1',\n",
433 " 'vSC_station_final1.physical_Layer.C_dc': None,\n",
434 " 'vSC_station_final1.physical_Layer.MVAb': None,\n",
435 " 'vSC_station_final1.physical_Layer.P_ref': None,\n",
436 " 'vSC_station_final1.physical_Layer.Q_ref': None,\n",
437 " 'vSC_station_final1.physical_Layer.Rr': None,\n",
438 " 'vSC_station_final1.physical_Layer.S_b': None,\n",
439 " 'vSC_station_final1.physical_Layer.Vb': None,\n",
440 " 'vSC_station_final1.physical_Layer.Vdc0': None,\n",
441 " 'vSC_station_final1.physical_Layer.Vdcb': None,\n",
442 " 'vSC_station_final1.physical_Layer.Vgd': None,\n",
443 " 'vSC_station_final1.physical_Layer.Xr': None,\n",
444 " 'vSC_station_final1.physical_Layer.capacitor2.C': '1.0',\n",
445 " 'vSC_station_final1.physical_Layer.fb': None,\n",
446 " 'vSC_station_final1.physical_Layer.gain2.k': '1.0',\n",
447 " 'vSC_station_final1.physical_Layer.gain3.k': '1.0',\n",
448 " 'vSC_station_final1.physical_Layer.gain5.k': '1.0',\n",
449 " 'vSC_station_final1.physical_Layer.gain6.k': '1.0',\n",
450 " 'vSC_station_final1.physical_Layer.inductor1.L': '1.0',\n",
451 " 'vSC_station_final1.physical_Layer.inductor2.L': '1.0',\n",
452 " 'vSC_station_final1.physical_Layer.multiProduct1.u[1]': None,\n",
453 " 'vSC_station_final1.physical_Layer.multiProduct2.u[1]': None,\n",
454 " 'vSC_station_final1.physical_Layer.resistor1.R': '1.0',\n",
455 " 'vSC_station_final1.physical_Layer.resistor1.T': '288.15',\n",
456 " 'vSC_station_final1.physical_Layer.resistor1.T_heatPort': '288.15',\n",
457 " 'vSC_station_final1.physical_Layer.resistor1.T_ref': '300.15',\n",
458 " 'vSC_station_final1.physical_Layer.resistor1.alpha': '0.0',\n",
459 " 'vSC_station_final1.physical_Layer.resistor2.R': '1.0',\n",
460 " 'vSC_station_final1.physical_Layer.resistor2.T': '288.15',\n",
461 " 'vSC_station_final1.physical_Layer.resistor2.T_heatPort': '288.15',\n",
462 " 'vSC_station_final1.physical_Layer.resistor2.T_ref': '300.15',\n",
463 " 'vSC_station_final1.physical_Layer.resistor2.alpha': '0.0',\n",
464 " 'vSC_station_final1.physical_Layer.wL.k': '1.0',\n",
465 " 'vSC_station_final1.physical_Layer.wL.y': None,\n",
466 " 'vSC_station_final1.pll_PI.add.k1': '1.0',\n",
467 " 'vSC_station_final1.pll_PI.add.k2': '1.0',\n",
468 " 'vSC_station_final1.pll_PI.add.u1': None,\n",
469 " 'vSC_station_final1.pll_PI.add2.k1': '0.0',\n",
470 " 'vSC_station_final1.pll_PI.add2.k2': '1.0',\n",
471 " 'vSC_station_final1.pll_PI.const.k': '1.0',\n",
472 " 'vSC_station_final1.pll_PI.const.y': None,\n",
473 " 'vSC_station_final1.pll_PI.const1.k': '1.0',\n",
474 " 'vSC_station_final1.pll_PI.const1.y': None,\n",
475 " 'vSC_station_final1.pll_PI.gain.k': '1.0',\n",
476 " 'vSC_station_final1.pll_PI.integrator1.k': None,\n",
477 " 'vSC_station_final1.pll_PI.integrator1.y_start': None,\n",
478 " 'vSC_station_final1.pll_PI.kipll': '-3600.0',\n",
479 " 'vSC_station_final1.pll_PI.kppll': '-120.0',\n",
480 " 'vSC_station_final1.pll_PI.low_pass_filter1.add1.k1': '1.0',\n",
481 " 'vSC_station_final1.pll_PI.low_pass_filter1.add1.k2': '-1.0',\n",
482 " 'vSC_station_final1.pll_PI.low_pass_filter1.integrator1.k': None,\n",
483 " 'vSC_station_final1.pll_PI.low_pass_filter1.integrator1.y_start': '0.0',\n",
484 " 'vSC_station_final1.pll_PI.low_pass_filter1.wcpll': None,\n",
485 " 'vSC_station_final1.pll_PI.pI_controller_PLL1.add1.k1': '1.0',\n",
486 " 'vSC_station_final1.pll_PI.pI_controller_PLL1.add1.k2': '1.0',\n",
487 " 'vSC_station_final1.pll_PI.pI_controller_PLL1.gain1.k': '1.0',\n",
488 " 'vSC_station_final1.pll_PI.pI_controller_PLL1.integrator1.k': None,\n",
489 " 'vSC_station_final1.pll_PI.pI_controller_PLL1.integrator1.y_start': '0.0',\n",
490 " 'vSC_station_final1.pll_PI.pI_controller_PLL1.kipll': None,\n",
491 " 'vSC_station_final1.pll_PI.pI_controller_PLL1.kppll': None,\n",
492 " 'vSC_station_final1.pll_PI.product.u1': None,\n",
493 " 'vSC_station_final1.pll_PI.teta_bus': None,\n",
494 " 'vSC_station_final1.pll_PI.w_base': None,\n",
495 " 'vSC_station_final1.pll_PI.wcpll': '200.0',\n",
496 " 'vSC_station_final1.teta_bus': '0.0',\n",
497 " 'vSC_station_final1.tr': '0.003',\n",
498 " 'vSC_station_final1.tr_dc': '0.04',\n",
499 " 'vSC_station_final1.vdcControl.Cdc': None,\n",
500 " 'vSC_station_final1.vdcControl.Ksi': '0.7',\n",
501 " 'vSC_station_final1.vdcControl.g_droop': None,\n",
502 " 'vSC_station_final1.vdcControl.tr': None,\n",
503 " 'vSC_station_final1.vdcControl.vdc0': None,\n",
504 " 'vSC_station_final1.vdcControl.vdc_IP_control1.Cdc': None,\n",
505 " 'vSC_station_final1.vdcControl.vdc_IP_control1.Ksi': None,\n",
506 " 'vSC_station_final1.vdcControl.vdc_IP_control1.add1.k1': '1.0',\n",
507 " 'vSC_station_final1.vdcControl.vdc_IP_control1.add1.k2': '-1.0',\n",
508 " 'vSC_station_final1.vdcControl.vdc_IP_control1.add2.k1': '-1.0',\n",
509 " 'vSC_station_final1.vdcControl.vdc_IP_control1.add2.k2': '1.0',\n",
510 " 'vSC_station_final1.vdcControl.vdc_IP_control1.gain1.k': '1.0',\n",
511 " 'vSC_station_final1.vdcControl.vdc_IP_control1.integrator1.k': None,\n",
512 " 'vSC_station_final1.vdcControl.vdc_IP_control1.integrator1.y_start': '0.0',\n",
513 " 'vSC_station_final1.vdcControl.vdc_IP_control1.tr': None,\n",
514 " 'vSC_station_final1.vdcControl.vdc_PI_control1.Cdc': None,\n",
515 " 'vSC_station_final1.vdcControl.vdc_PI_control1.Ksi': None,\n",
516 " 'vSC_station_final1.vdcControl.vdc_PI_control1.add1.k1': '1.0',\n",
517 " 'vSC_station_final1.vdcControl.vdc_PI_control1.add1.k2': '-1.0',\n",
518 " 'vSC_station_final1.vdcControl.vdc_PI_control1.add2.k1': '-1.0',\n",
519 " 'vSC_station_final1.vdcControl.vdc_PI_control1.add2.k2': '-1.0',\n",
520 " 'vSC_station_final1.vdcControl.vdc_PI_control1.gain1.k': '1.0',\n",
521 " 'vSC_station_final1.vdcControl.vdc_PI_control1.integrator1.k': None,\n",
522 " 'vSC_station_final1.vdcControl.vdc_PI_control1.integrator1.y_start': '0.0',\n",
523 " 'vSC_station_final1.vdcControl.vdc_PI_control1.tr': None,\n",
524 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.Cdc': None,\n",
525 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.Ksi': None,\n",
526 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.add1.k1': '1.0',\n",
527 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.add1.k2': '-1.0',\n",
528 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.add2.k1': '-1.0',\n",
529 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.add2.k2': '-1.0',\n",
530 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.gain.k': '1.0',\n",
531 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.gain1.k': '1.0',\n",
532 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator.k': '1.0',\n",
533 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator.y_start': None,\n",
534 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator1.k': None,\n",
535 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator1.y_start': '0.0',\n",
536 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.product1.u1': None,\n",
537 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.product1.u2': None,\n",
538 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.tr': None,\n",
539 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.vdc0': None,\n",
540 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.vdcref': None,\n",
541 " 'vSC_station_final1.vdcControl.vdc_droop1.g_droop': None,\n",
542 " 'vSC_station_final1.vdcControl.vdc_droop1.gain.k': '1.0',\n",
543 " 'vSC_station_final1.vdcControl.vdcref': None,\n",
544 " 'vSC_station_final1.voltage_mod_lim.m_max': None,\n",
545 " 'vSC_station_final.Pref_limiter.homotopyType': '2',\n",
546 " 'vSC_station_final.Qref_limiter.homotopyType': '2',\n",
547 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_d.homotopyType': '2',\n",
548 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_q.homotopyType': '2',\n",
549 " 'vSC_station_final.inner_control_I_limitation1.integrator1.initType': '3',\n",
550 " 'vSC_station_final.inner_control_I_limitation1.integrator2.initType': '3',\n",
551 " 'vSC_station_final.inner_control_I_limitation1.limiter.homotopyType': '2',\n",
552 " 'vSC_station_final.inner_control_I_limitation1.limiter1.homotopyType': '2',\n",
553 " 'vSC_station_final.physical_Layer.multiProduct1.nu': '2',\n",
554 " 'vSC_station_final.physical_Layer.multiProduct1.significantDigits': '3',\n",
555 " 'vSC_station_final.physical_Layer.multiProduct2.nu': '2',\n",
556 " 'vSC_station_final.physical_Layer.multiProduct2.significantDigits': '3',\n",
557 " 'vSC_station_final.pll_PI.integrator1.initType': '3',\n",
558 " 'vSC_station_final.pll_PI.low_pass_filter1.integrator1.initType': '3',\n",
559 " 'vSC_station_final.pll_PI.pI_controller_PLL1.integrator1.initType': '3',\n",
560 " 'vSC_station_final.vdcControl.vdc_IP_control1.integrator1.initType': '2',\n",
561 " 'vSC_station_final.vdcControl.vdc_PI_control1.integrator1.initType': '3',\n",
562 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator.initType': '3',\n",
563 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator1.initType': '3',\n",
564 " 'vSC_station_final1.Pref_limiter.homotopyType': '2',\n",
565 " 'vSC_station_final1.Qref_limiter.homotopyType': '2',\n",
566 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.variableLimiter_d.homotopyType': '2',\n",
567 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.variableLimiter_q.homotopyType': '2',\n",
568 " 'vSC_station_final1.inner_control_I_limitation1.integrator1.initType': '3',\n",
569 " 'vSC_station_final1.inner_control_I_limitation1.integrator2.initType': '3',\n",
570 " 'vSC_station_final1.inner_control_I_limitation1.limiter.homotopyType': '2',\n",
571 " 'vSC_station_final1.inner_control_I_limitation1.limiter1.homotopyType': '2',\n",
572 " 'vSC_station_final1.physical_Layer.multiProduct1.nu': '2',\n",
573 " 'vSC_station_final1.physical_Layer.multiProduct1.significantDigits': '3',\n",
574 " 'vSC_station_final1.physical_Layer.multiProduct2.nu': '2',\n",
575 " 'vSC_station_final1.physical_Layer.multiProduct2.significantDigits': '3',\n",
576 " 'vSC_station_final1.pll_PI.integrator1.initType': '3',\n",
577 " 'vSC_station_final1.pll_PI.low_pass_filter1.integrator1.initType': '3',\n",
578 " 'vSC_station_final1.pll_PI.pI_controller_PLL1.integrator1.initType': '3',\n",
579 " 'vSC_station_final1.vdcControl.vdc_IP_control1.integrator1.initType': '2',\n",
580 " 'vSC_station_final1.vdcControl.vdc_PI_control1.integrator1.initType': '3',\n",
581 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator.initType': '3',\n",
582 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator1.initType': '3',\n",
583 " 'bus1.displayPF': 'true',\n",
584 " 'bus2.displayPF': 'true',\n",
585 " 'dC_cable_PI_section.conductor1.useHeatPort': 'false',\n",
586 " 'dC_cable_PI_section.conductor2.useHeatPort': 'false',\n",
587 " 'dC_cable_PI_section.resistor1.useHeatPort': 'false',\n",
588 " 'dC_cable_PI_section.resistor2.useHeatPort': 'false',\n",
589 " 'dC_cable_PI_section.resistor3.useHeatPort': 'false',\n",
590 " 'infiniteBus1.displayPF': 'false',\n",
591 " 'infiniteBus2.displayPF': 'false',\n",
592 " 'vSC_station_final.Pref_limiter.limitsAtInit': 'true',\n",
593 " 'vSC_station_final.Pref_limiter.strict': 'false',\n",
594 " 'vSC_station_final.Qref_limiter.limitsAtInit': 'true',\n",
595 " 'vSC_station_final.Qref_limiter.strict': 'false',\n",
596 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_d.limitsAtInit': 'true',\n",
597 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_d.strict': 'false',\n",
598 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_q.limitsAtInit': 'true',\n",
599 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_q.strict': 'false',\n",
600 " 'vSC_station_final.inner_control_I_limitation1.integrator1.use_reset': 'false',\n",
601 " 'vSC_station_final.inner_control_I_limitation1.integrator1.use_set': 'false',\n",
602 " 'vSC_station_final.inner_control_I_limitation1.integrator2.use_reset': 'false',\n",
603 " 'vSC_station_final.inner_control_I_limitation1.integrator2.use_set': 'false',\n",
604 " 'vSC_station_final.inner_control_I_limitation1.limiter.limitsAtInit': 'true',\n",
605 " 'vSC_station_final.inner_control_I_limitation1.limiter.strict': 'false',\n",
606 " 'vSC_station_final.inner_control_I_limitation1.limiter1.limitsAtInit': 'true',\n",
607 " 'vSC_station_final.inner_control_I_limitation1.limiter1.strict': 'false',\n",
608 " 'vSC_station_final.physical_Layer.resistor1.useHeatPort': 'false',\n",
609 " 'vSC_station_final.physical_Layer.resistor2.useHeatPort': 'false',\n",
610 " 'vSC_station_final.pll_PI.integrator1.use_reset': 'false',\n",
611 " 'vSC_station_final.pll_PI.integrator1.use_set': 'false',\n",
612 " 'vSC_station_final.pll_PI.low_pass_filter1.integrator1.use_reset': 'false',\n",
613 " 'vSC_station_final.pll_PI.low_pass_filter1.integrator1.use_set': 'false',\n",
614 " 'vSC_station_final.pll_PI.pI_controller_PLL1.integrator1.use_reset': 'false',\n",
615 " 'vSC_station_final.pll_PI.pI_controller_PLL1.integrator1.use_set': 'false',\n",
616 " 'vSC_station_final.vdcControl.vdc_IP_control1.integrator1.use_reset': 'false',\n",
617 " 'vSC_station_final.vdcControl.vdc_IP_control1.integrator1.use_set': 'false',\n",
618 " 'vSC_station_final.vdcControl.vdc_PI_control1.integrator1.use_reset': 'false',\n",
619 " 'vSC_station_final.vdcControl.vdc_PI_control1.integrator1.use_set': 'false',\n",
620 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator.use_reset': 'false',\n",
621 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator.use_set': 'false',\n",
622 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator1.use_reset': 'false',\n",
623 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator1.use_set': 'false',\n",
624 " 'vSC_station_final1.Pref_limiter.limitsAtInit': 'true',\n",
625 " 'vSC_station_final1.Pref_limiter.strict': 'false',\n",
626 " 'vSC_station_final1.Qref_limiter.limitsAtInit': 'true',\n",
627 " 'vSC_station_final1.Qref_limiter.strict': 'false',\n",
628 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.variableLimiter_d.limitsAtInit': 'true',\n",
629 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.variableLimiter_d.strict': 'false',\n",
630 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.variableLimiter_q.limitsAtInit': 'true',\n",
631 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.variableLimiter_q.strict': 'false',\n",
632 " 'vSC_station_final1.inner_control_I_limitation1.integrator1.use_reset': 'false',\n",
633 " 'vSC_station_final1.inner_control_I_limitation1.integrator1.use_set': 'false',\n",
634 " 'vSC_station_final1.inner_control_I_limitation1.integrator2.use_reset': 'false',\n",
635 " 'vSC_station_final1.inner_control_I_limitation1.integrator2.use_set': 'false',\n",
636 " 'vSC_station_final1.inner_control_I_limitation1.limiter.limitsAtInit': 'true',\n",
637 " 'vSC_station_final1.inner_control_I_limitation1.limiter.strict': 'false',\n",
638 " 'vSC_station_final1.inner_control_I_limitation1.limiter1.limitsAtInit': 'true',\n",
639 " 'vSC_station_final1.inner_control_I_limitation1.limiter1.strict': 'false',\n",
640 " 'vSC_station_final1.physical_Layer.resistor1.useHeatPort': 'false',\n",
641 " 'vSC_station_final1.physical_Layer.resistor2.useHeatPort': 'false',\n",
642 " 'vSC_station_final1.pll_PI.integrator1.use_reset': 'false',\n",
643 " 'vSC_station_final1.pll_PI.integrator1.use_set': 'false',\n",
644 " 'vSC_station_final1.pll_PI.low_pass_filter1.integrator1.use_reset': 'false',\n",
645 " 'vSC_station_final1.pll_PI.low_pass_filter1.integrator1.use_set': 'false',\n",
646 " 'vSC_station_final1.pll_PI.pI_controller_PLL1.integrator1.use_reset': 'false',\n",
647 " 'vSC_station_final1.pll_PI.pI_controller_PLL1.integrator1.use_set': 'false',\n",
648 " 'vSC_station_final1.vdcControl.vdc_IP_control1.integrator1.use_reset': 'false',\n",
649 " 'vSC_station_final1.vdcControl.vdc_IP_control1.integrator1.use_set': 'false',\n",
650 " 'vSC_station_final1.vdcControl.vdc_PI_control1.integrator1.use_reset': 'false',\n",
651 " 'vSC_station_final1.vdcControl.vdc_PI_control1.integrator1.use_set': 'false',\n",
652 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator.use_reset': 'false',\n",
653 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator.use_set': 'false',\n",
654 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator1.use_reset': 'false',\n",
655 " 'vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator1.use_set': 'false',\n",
656 " 'vSC_station_final.PLL_Type': 'PI',\n",
657 " 'vSC_station_final.Priority': 'q',\n",
658 " 'vSC_station_final.Vdc_Control_Type': 'P_mode',\n",
659 " 'vSC_station_final.inner_control_I_limitation1.Priority': None,\n",
660 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.Priority': 'q',\n",
661 " 'vSC_station_final.vdcControl.controlType': 'P_mode',\n",
662 " 'vSC_station_final1.PLL_Type': 'PI',\n",
663 " 'vSC_station_final1.Priority': 'q',\n",
664 " 'vSC_station_final1.Vdc_Control_Type': 'PI+filter',\n",
665 " 'vSC_station_final1.inner_control_I_limitation1.Priority': None,\n",
666 " 'vSC_station_final1.inner_control_I_limitation1.current_lim2.Priority': 'q',\n",
667 " 'vSC_station_final1.vdcControl.controlType': 'PI+filter'}"
668 ]
669 },
670 "execution_count": 3,
671 "metadata": {},
672 "output_type": "execute_result"
673 }
674 ],
675 "source": [
676 "mod.getParameters()"
677 ]
678 },
679 {
680 "cell_type": "code",
681 "execution_count": 4,
682 "metadata": {},
683 "outputs": [],
684 "source": [
685 "mod.setParameters(\"SysData.fn=200\")"
686 ]
687 },
688 {
689 "cell_type": "code",
690 "execution_count": 5,
691 "metadata": {},
692 "outputs": [
693 {
694 "data": {
695 "text/plain": [
696 "['200']"
697 ]
698 },
699 "execution_count": 5,
700 "metadata": {},
701 "output_type": "execute_result"
702 }
703 ],
704 "source": [
705 "mod.getParameters(\"SysData.fn\")"
706 ]
707 },
708 {
709 "cell_type": "code",
710 "execution_count": 6,
711 "metadata": {},
712 "outputs": [],
713 "source": [
714 "# Simulate the model \n",
715 "mod.simulate() "
716 ]
717 },
718 {
719 "cell_type": "code",
720 "execution_count": 7,
721 "metadata": {},
722 "outputs": [
723 {
724 "data": {
725 "text/plain": [
726 "('Sensor.i',\n",
727 " 'Sensor.n.i',\n",
728 " 'Sensor.n.v',\n",
729 " 'Sensor.p.i',\n",
730 " 'Sensor.p.v',\n",
731 " 'SysData.S_b',\n",
732 " 'SysData.fn',\n",
733 " 'bus1.P_0',\n",
734 " 'bus1.Q_0',\n",
735 " 'bus1.S_b',\n",
736 " 'bus1.V',\n",
737 " 'bus1.V_0',\n",
738 " 'bus1.V_b',\n",
739 " 'bus1.ang',\n",
740 " 'bus1.angle',\n",
741 " 'bus1.angle_0',\n",
742 " 'bus1.displayPF',\n",
743 " 'bus1.fn',\n",
744 " 'bus1.p.ii',\n",
745 " 'bus1.p.ir',\n",
746 " 'bus1.p.vi',\n",
747 " 'bus1.p.vr',\n",
748 " 'bus2.P_0',\n",
749 " 'bus2.Q_0',\n",
750 " 'bus2.S_b',\n",
751 " 'bus2.V',\n",
752 " 'bus2.V_0',\n",
753 " 'bus2.V_b',\n",
754 " 'bus2.ang',\n",
755 " 'bus2.angle',\n",
756 " 'bus2.angle_0',\n",
757 " 'bus2.displayPF',\n",
758 " 'bus2.fn',\n",
759 " 'bus2.p.ii',\n",
760 " 'bus2.p.ir',\n",
761 " 'bus2.p.vi',\n",
762 " 'bus2.p.vr',\n",
763 " 'dC_cable_PI_section.Vinit',\n",
764 " 'dC_cable_PI_section.capacitor1.C',\n",
765 " 'dC_cable_PI_section.capacitor1.i',\n",
766 " 'dC_cable_PI_section.capacitor1.n.i',\n",
767 " 'dC_cable_PI_section.capacitor1.n.v',\n",
768 " 'dC_cable_PI_section.capacitor1.p.i',\n",
769 " 'dC_cable_PI_section.capacitor1.p.v',\n",
770 " 'dC_cable_PI_section.capacitor1.v',\n",
771 " 'dC_cable_PI_section.capacitor2.C',\n",
772 " 'dC_cable_PI_section.capacitor2.i',\n",
773 " 'dC_cable_PI_section.capacitor2.n.i',\n",
774 " 'dC_cable_PI_section.capacitor2.n.v',\n",
775 " 'dC_cable_PI_section.capacitor2.p.i',\n",
776 " 'dC_cable_PI_section.capacitor2.p.v',\n",
777 " 'dC_cable_PI_section.capacitor2.v',\n",
778 " 'dC_cable_PI_section.conductor1.G',\n",
779 " 'dC_cable_PI_section.conductor1.G_actual',\n",
780 " 'dC_cable_PI_section.conductor1.LossPower',\n",
781 " 'dC_cable_PI_section.conductor1.T',\n",
782 " 'dC_cable_PI_section.conductor1.T_heatPort',\n",
783 " 'dC_cable_PI_section.conductor1.T_ref',\n",
784 " 'dC_cable_PI_section.conductor1.alpha',\n",
785 " 'dC_cable_PI_section.conductor1.i',\n",
786 " 'dC_cable_PI_section.conductor1.n.i',\n",
787 " 'dC_cable_PI_section.conductor1.n.v',\n",
788 " 'dC_cable_PI_section.conductor1.p.i',\n",
789 " 'dC_cable_PI_section.conductor1.p.v',\n",
790 " 'dC_cable_PI_section.conductor1.v',\n",
791 " 'dC_cable_PI_section.conductor2.G',\n",
792 " 'dC_cable_PI_section.conductor2.G_actual',\n",
793 " 'dC_cable_PI_section.conductor2.LossPower',\n",
794 " 'dC_cable_PI_section.conductor2.T',\n",
795 " 'dC_cable_PI_section.conductor2.T_heatPort',\n",
796 " 'dC_cable_PI_section.conductor2.T_ref',\n",
797 " 'dC_cable_PI_section.conductor2.alpha',\n",
798 " 'dC_cable_PI_section.conductor2.i',\n",
799 " 'dC_cable_PI_section.conductor2.n.i',\n",
800 " 'dC_cable_PI_section.conductor2.n.v',\n",
801 " 'dC_cable_PI_section.conductor2.p.i',\n",
802 " 'dC_cable_PI_section.conductor2.p.v',\n",
803 " 'dC_cable_PI_section.conductor2.v',\n",
804 " 'dC_cable_PI_section.inductor1.L',\n",
805 " 'dC_cable_PI_section.inductor1.i',\n",
806 " 'dC_cable_PI_section.inductor1.n.i',\n",
807 " 'dC_cable_PI_section.inductor1.n.v',\n",
808 " 'dC_cable_PI_section.inductor1.p.i',\n",
809 " 'dC_cable_PI_section.inductor1.p.v',\n",
810 " 'dC_cable_PI_section.inductor1.v',\n",
811 " 'dC_cable_PI_section.inductor2.L',\n",
812 " 'dC_cable_PI_section.inductor2.i',\n",
813 " 'dC_cable_PI_section.inductor2.n.i',\n",
814 " 'dC_cable_PI_section.inductor2.n.v',\n",
815 " 'dC_cable_PI_section.inductor2.p.i',\n",
816 " 'dC_cable_PI_section.inductor2.p.v',\n",
817 " 'dC_cable_PI_section.inductor2.v',\n",
818 " 'dC_cable_PI_section.inductor3.L',\n",
819 " 'dC_cable_PI_section.inductor3.i',\n",
820 " 'dC_cable_PI_section.inductor3.n.i',\n",
821 " 'dC_cable_PI_section.inductor3.n.v',\n",
822 " 'dC_cable_PI_section.inductor3.p.i',\n",
823 " 'dC_cable_PI_section.inductor3.p.v',\n",
824 " 'dC_cable_PI_section.inductor3.v',\n",
825 " 'dC_cable_PI_section.length',\n",
826 " 'dC_cable_PI_section.pin_n.i',\n",
827 " 'dC_cable_PI_section.pin_n.v',\n",
828 " 'dC_cable_PI_section.pin_n1.i',\n",
829 " 'dC_cable_PI_section.pin_n1.v',\n",
830 " 'dC_cable_PI_section.pin_p.i',\n",
831 " 'dC_cable_PI_section.pin_p.v',\n",
832 " 'dC_cable_PI_section.pin_p1.i',\n",
833 " 'dC_cable_PI_section.pin_p1.v',\n",
834 " 'dC_cable_PI_section.resistor1.LossPower',\n",
835 " 'dC_cable_PI_section.resistor1.R',\n",
836 " 'dC_cable_PI_section.resistor1.R_actual',\n",
837 " 'dC_cable_PI_section.resistor1.T',\n",
838 " 'dC_cable_PI_section.resistor1.T_heatPort',\n",
839 " 'dC_cable_PI_section.resistor1.T_ref',\n",
840 " 'dC_cable_PI_section.resistor1.alpha',\n",
841 " 'dC_cable_PI_section.resistor1.i',\n",
842 " 'dC_cable_PI_section.resistor1.n.i',\n",
843 " 'dC_cable_PI_section.resistor1.n.v',\n",
844 " 'dC_cable_PI_section.resistor1.p.i',\n",
845 " 'dC_cable_PI_section.resistor1.p.v',\n",
846 " 'dC_cable_PI_section.resistor1.v',\n",
847 " 'dC_cable_PI_section.resistor2.LossPower',\n",
848 " 'dC_cable_PI_section.resistor2.R',\n",
849 " 'dC_cable_PI_section.resistor2.R_actual',\n",
850 " 'dC_cable_PI_section.resistor2.T',\n",
851 " 'dC_cable_PI_section.resistor2.T_heatPort',\n",
852 " 'dC_cable_PI_section.resistor2.T_ref',\n",
853 " 'dC_cable_PI_section.resistor2.alpha',\n",
854 " 'dC_cable_PI_section.resistor2.i',\n",
855 " 'dC_cable_PI_section.resistor2.n.i',\n",
856 " 'dC_cable_PI_section.resistor2.n.v',\n",
857 " 'dC_cable_PI_section.resistor2.p.i',\n",
858 " 'dC_cable_PI_section.resistor2.p.v',\n",
859 " 'dC_cable_PI_section.resistor2.v',\n",
860 " 'dC_cable_PI_section.resistor3.LossPower',\n",
861 " 'dC_cable_PI_section.resistor3.R',\n",
862 " 'dC_cable_PI_section.resistor3.R_actual',\n",
863 " 'dC_cable_PI_section.resistor3.T',\n",
864 " 'dC_cable_PI_section.resistor3.T_heatPort',\n",
865 " 'dC_cable_PI_section.resistor3.T_ref',\n",
866 " 'dC_cable_PI_section.resistor3.alpha',\n",
867 " 'dC_cable_PI_section.resistor3.i',\n",
868 " 'dC_cable_PI_section.resistor3.n.i',\n",
869 " 'dC_cable_PI_section.resistor3.n.v',\n",
870 " 'dC_cable_PI_section.resistor3.p.i',\n",
871 " 'dC_cable_PI_section.resistor3.p.v',\n",
872 " 'dC_cable_PI_section.resistor3.v',\n",
873 " 'der(dC_cable_PI_section.capacitor2.v)',\n",
874 " 'der(dC_cable_PI_section.inductor1.i)',\n",
875 " 'der(dC_cable_PI_section.inductor2.i)',\n",
876 " 'der(dC_cable_PI_section.inductor3.i)',\n",
877 " 'der(vSC_station_final.inner_control_I_limitation1.integrator1.y)',\n",
878 " 'der(vSC_station_final.inner_control_I_limitation1.integrator2.y)',\n",
879 " 'der(vSC_station_final.physical_Layer.capacitor2.v)',\n",
880 " 'der(vSC_station_final.physical_Layer.inductor1.i)',\n",
881 " 'der(vSC_station_final.physical_Layer.inductor2.i)',\n",
882 " 'der(vSC_station_final.pll_PI.integrator1.y)',\n",
883 " 'der(vSC_station_final.pll_PI.low_pass_filter1.integrator1.y)',\n",
884 " 'der(vSC_station_final.pll_PI.pI_controller_PLL1.integrator1.y)',\n",
885 " 'der(vSC_station_final.vdcControl.vdc_IP_control1.integrator1.y)',\n",
886 " 'der(vSC_station_final.vdcControl.vdc_PI_control1.integrator1.y)',\n",
887 " 'der(vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator.y)',\n",
888 " 'der(vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator1.y)',\n",
889 " 'der(vSC_station_final1.inner_control_I_limitation1.integrator1.y)',\n",
890 " 'der(vSC_station_final1.inner_control_I_limitation1.integrator2.y)',\n",
891 " 'der(vSC_station_final1.physical_Layer.inductor1.i)',\n",
892 " 'der(vSC_station_final1.physical_Layer.inductor2.i)',\n",
893 " 'der(vSC_station_final1.pll_PI.integrator1.y)',\n",
894 " 'der(vSC_station_final1.pll_PI.low_pass_filter1.integrator1.y)',\n",
895 " 'der(vSC_station_final1.pll_PI.pI_controller_PLL1.integrator1.y)',\n",
896 " 'der(vSC_station_final1.vdcControl.vdc_IP_control1.integrator1.y)',\n",
897 " 'der(vSC_station_final1.vdcControl.vdc_PI_control1.integrator1.y)',\n",
898 " 'der(vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator.y)',\n",
899 " 'der(vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator1.y)',\n",
900 " 'ground1.p.i',\n",
901 " 'ground1.p.v',\n",
902 " 'infiniteBus1.P',\n",
903 " 'infiniteBus1.P_0',\n",
904 " 'infiniteBus1.Q',\n",
905 " 'infiniteBus1.Q_0',\n",
906 " 'infiniteBus1.S_b',\n",
907 " 'infiniteBus1.V_0',\n",
908 " 'infiniteBus1.V_b',\n",
909 " 'infiniteBus1.angle_0',\n",
910 " 'infiniteBus1.displayPF',\n",
911 " 'infiniteBus1.fn',\n",
912 " 'infiniteBus1.p.ii',\n",
913 " 'infiniteBus1.p.ir',\n",
914 " 'infiniteBus1.p.vi',\n",
915 " 'infiniteBus1.p.vr',\n",
916 " 'infiniteBus2.P',\n",
917 " 'infiniteBus2.P_0',\n",
918 " 'infiniteBus2.Q',\n",
919 " 'infiniteBus2.Q_0',\n",
920 " 'infiniteBus2.S_b',\n",
921 " 'infiniteBus2.V_0',\n",
922 " 'infiniteBus2.V_b',\n",
923 " 'infiniteBus2.angle_0',\n",
924 " 'infiniteBus2.displayPF',\n",
925 " 'infiniteBus2.fn',\n",
926 " 'infiniteBus2.p.ii',\n",
927 " 'infiniteBus2.p.ir',\n",
928 " 'infiniteBus2.p.vi',\n",
929 " 'infiniteBus2.p.vr',\n",
930 " 'pQ_sensor1.P12',\n",
931 " 'pQ_sensor1.P21',\n",
932 " 'pQ_sensor1.Q12',\n",
933 " 'pQ_sensor1.Q21',\n",
934 " 'pQ_sensor1.S_b',\n",
935 " 'pQ_sensor1.ir.im',\n",
936 " 'pQ_sensor1.ir.re',\n",
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1167 " 'vSC_station_final.inner_control_I_limitation1.igqref',\n",
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1194 " 'vSC_station_final.inner_control_I_limitation1.module_calc.ui',\n",
1195 " 'vSC_station_final.inner_control_I_limitation1.module_calc.ur',\n",
1196 " 'vSC_station_final.inner_control_I_limitation1.product1.u1',\n",
1197 " 'vSC_station_final.inner_control_I_limitation1.product1.u2',\n",
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1208 " 'vSC_station_final.inner_control_I_limitation1.vmd',\n",
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1211 " 'vSC_station_final.k_droop',\n",
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1213 " 'vSC_station_final.p.ii',\n",
1214 " 'vSC_station_final.p.ir',\n",
1215 " 'vSC_station_final.p.vi',\n",
1216 " 'vSC_station_final.p.vr',\n",
1217 " 'vSC_station_final.pLL_ideal.Vi',\n",
1218 " 'vSC_station_final.pLL_ideal.Vr',\n",
1219 " 'vSC_station_final.pLL_ideal.arctan_bis.u1',\n",
1220 " 'vSC_station_final.pLL_ideal.arctan_bis.u2',\n",
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1222 " 'vSC_station_final.pLL_ideal.teta_pll',\n",
1223 " 'vSC_station_final.physical_Layer.C_dc',\n",
1224 " 'vSC_station_final.physical_Layer.Ii',\n",
1225 " 'vSC_station_final.physical_Layer.Ir',\n",
1226 " 'vSC_station_final.physical_Layer.MVAb',\n",
1227 " 'vSC_station_final.physical_Layer.P_ref',\n",
1228 " 'vSC_station_final.physical_Layer.Q_ref',\n",
1229 " 'vSC_station_final.physical_Layer.Rr',\n",
1230 " 'vSC_station_final.physical_Layer.S_b',\n",
1231 " 'vSC_station_final.physical_Layer.Vb',\n",
1232 " 'vSC_station_final.physical_Layer.Vdc',\n",
1233 " 'vSC_station_final.physical_Layer.Vdc0',\n",
1234 " 'vSC_station_final.physical_Layer.Vdcb',\n",
1235 " 'vSC_station_final.physical_Layer.Vgd',\n",
1236 " 'vSC_station_final.physical_Layer.Vi_PCC',\n",
1237 " 'vSC_station_final.physical_Layer.Vmd',\n",
1238 " 'vSC_station_final.physical_Layer.Vmq',\n",
1239 " 'vSC_station_final.physical_Layer.VoltageSource1.i',\n",
1240 " 'vSC_station_final.physical_Layer.VoltageSource1.n.i',\n",
1241 " 'vSC_station_final.physical_Layer.VoltageSource1.n.v',\n",
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1544 " 'vSC_station_final.vdcControl.vdc_IP_control1.Pref',\n",
1545 " 'vSC_station_final.vdcControl.vdc_IP_control1.add1.k1',\n",
1546 " 'vSC_station_final.vdcControl.vdc_IP_control1.add1.k2',\n",
1547 " 'vSC_station_final.vdcControl.vdc_IP_control1.add1.u1',\n",
1548 " 'vSC_station_final.vdcControl.vdc_IP_control1.add1.u2',\n",
1549 " 'vSC_station_final.vdcControl.vdc_IP_control1.add1.y',\n",
1550 " 'vSC_station_final.vdcControl.vdc_IP_control1.add2.k1',\n",
1551 " 'vSC_station_final.vdcControl.vdc_IP_control1.add2.k2',\n",
1552 " 'vSC_station_final.vdcControl.vdc_IP_control1.add2.u1',\n",
1553 " 'vSC_station_final.vdcControl.vdc_IP_control1.add2.u2',\n",
1554 " 'vSC_station_final.vdcControl.vdc_IP_control1.add2.y',\n",
1555 " 'vSC_station_final.vdcControl.vdc_IP_control1.gain1.k',\n",
1556 " 'vSC_station_final.vdcControl.vdc_IP_control1.gain1.u',\n",
1557 " 'vSC_station_final.vdcControl.vdc_IP_control1.gain1.y',\n",
1558 " 'vSC_station_final.vdcControl.vdc_IP_control1.integrator1.initType',\n",
1559 " 'vSC_station_final.vdcControl.vdc_IP_control1.integrator1.k',\n",
1560 " 'vSC_station_final.vdcControl.vdc_IP_control1.integrator1.u',\n",
1561 " 'vSC_station_final.vdcControl.vdc_IP_control1.integrator1.y',\n",
1562 " 'vSC_station_final.vdcControl.vdc_IP_control1.integrator1.y_start',\n",
1563 " 'vSC_station_final.vdcControl.vdc_IP_control1.product1.u1',\n",
1564 " 'vSC_station_final.vdcControl.vdc_IP_control1.product1.u2',\n",
1565 " 'vSC_station_final.vdcControl.vdc_IP_control1.product1.y',\n",
1566 " 'vSC_station_final.vdcControl.vdc_IP_control1.product2.u1',\n",
1567 " 'vSC_station_final.vdcControl.vdc_IP_control1.product2.u2',\n",
1568 " 'vSC_station_final.vdcControl.vdc_IP_control1.product2.y',\n",
1569 " 'vSC_station_final.vdcControl.vdc_IP_control1.tr',\n",
1570 " 'vSC_station_final.vdcControl.vdc_IP_control1.vdc',\n",
1571 " 'vSC_station_final.vdcControl.vdc_IP_control1.vdcref',\n",
1572 " 'vSC_station_final.vdcControl.vdc_PI_control1.Cdc',\n",
1573 " 'vSC_station_final.vdcControl.vdc_PI_control1.Ksi',\n",
1574 " 'vSC_station_final.vdcControl.vdc_PI_control1.Pref',\n",
1575 " 'vSC_station_final.vdcControl.vdc_PI_control1.add1.k1',\n",
1576 " 'vSC_station_final.vdcControl.vdc_PI_control1.add1.k2',\n",
1577 " 'vSC_station_final.vdcControl.vdc_PI_control1.add1.u1',\n",
1578 " 'vSC_station_final.vdcControl.vdc_PI_control1.add1.u2',\n",
1579 " 'vSC_station_final.vdcControl.vdc_PI_control1.add1.y',\n",
1580 " 'vSC_station_final.vdcControl.vdc_PI_control1.add2.k1',\n",
1581 " 'vSC_station_final.vdcControl.vdc_PI_control1.add2.k2',\n",
1582 " 'vSC_station_final.vdcControl.vdc_PI_control1.add2.u1',\n",
1583 " 'vSC_station_final.vdcControl.vdc_PI_control1.add2.u2',\n",
1584 " 'vSC_station_final.vdcControl.vdc_PI_control1.add2.y',\n",
1585 " 'vSC_station_final.vdcControl.vdc_PI_control1.gain1.k',\n",
1586 " 'vSC_station_final.vdcControl.vdc_PI_control1.gain1.u',\n",
1587 " 'vSC_station_final.vdcControl.vdc_PI_control1.gain1.y',\n",
1588 " 'vSC_station_final.vdcControl.vdc_PI_control1.integrator1.initType',\n",
1589 " 'vSC_station_final.vdcControl.vdc_PI_control1.integrator1.k',\n",
1590 " 'vSC_station_final.vdcControl.vdc_PI_control1.integrator1.u',\n",
1591 " 'vSC_station_final.vdcControl.vdc_PI_control1.integrator1.y',\n",
1592 " 'vSC_station_final.vdcControl.vdc_PI_control1.integrator1.y_start',\n",
1593 " 'vSC_station_final.vdcControl.vdc_PI_control1.product1.u1',\n",
1594 " 'vSC_station_final.vdcControl.vdc_PI_control1.product1.u2',\n",
1595 " 'vSC_station_final.vdcControl.vdc_PI_control1.product1.y',\n",
1596 " 'vSC_station_final.vdcControl.vdc_PI_control1.product2.u1',\n",
1597 " 'vSC_station_final.vdcControl.vdc_PI_control1.product2.u2',\n",
1598 " 'vSC_station_final.vdcControl.vdc_PI_control1.product2.y',\n",
1599 " 'vSC_station_final.vdcControl.vdc_PI_control1.tr',\n",
1600 " 'vSC_station_final.vdcControl.vdc_PI_control1.vdc',\n",
1601 " 'vSC_station_final.vdcControl.vdc_PI_control1.vdcref',\n",
1602 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.Cdc',\n",
1603 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.Ksi',\n",
1604 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.Pref',\n",
1605 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add1.k1',\n",
1606 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add1.k2',\n",
1607 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add1.u1',\n",
1608 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add1.u2',\n",
1609 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add1.y',\n",
1610 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add2.k1',\n",
1611 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add2.k2',\n",
1612 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add2.u1',\n",
1613 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add2.u2',\n",
1614 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.add2.y',\n",
1615 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.feedback.u1',\n",
1616 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.feedback.u2',\n",
1617 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.feedback.y',\n",
1618 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.gain.k',\n",
1619 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.gain.u',\n",
1620 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.gain.y',\n",
1621 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.gain1.k',\n",
1622 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.gain1.u',\n",
1623 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.gain1.y',\n",
1624 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator.initType',\n",
1625 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator.k',\n",
1626 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator.u',\n",
1627 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator.y',\n",
1628 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator.y_start',\n",
1629 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator1.initType',\n",
1630 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator1.k',\n",
1631 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator1.u',\n",
1632 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator1.y',\n",
1633 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator1.y_start',\n",
1634 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.product1.u1',\n",
1635 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.product1.u2',\n",
1636 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.product1.y',\n",
1637 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.product2.u1',\n",
1638 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.product2.u2',\n",
1639 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.product2.y',\n",
1640 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.tr',\n",
1641 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.vdc',\n",
1642 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.vdc0',\n",
1643 " 'vSC_station_final.vdcControl.vdc_PI_control_with_filter1.vdcref',\n",
1644 " 'vSC_station_final.vdcControl.vdc_droop1.Pref',\n",
1645 " 'vSC_station_final.vdcControl.vdc_droop1.feedback.u1',\n",
1646 " 'vSC_station_final.vdcControl.vdc_droop1.feedback.u2',\n",
1647 " 'vSC_station_final.vdcControl.vdc_droop1.feedback.y',\n",
1648 " 'vSC_station_final.vdcControl.vdc_droop1.g_droop',\n",
1649 " 'vSC_station_final.vdcControl.vdc_droop1.gain.k',\n",
1650 " 'vSC_station_final.vdcControl.vdc_droop1.gain.u',\n",
1651 " 'vSC_station_final.vdcControl.vdc_droop1.gain.y',\n",
1652 " 'vSC_station_final.vdcControl.vdc_droop1.vdc',\n",
1653 " 'vSC_station_final.vdcControl.vdc_droop1.vdcref',\n",
1654 " 'vSC_station_final.vdcControl.vdcref',\n",
1655 " 'vSC_station_final.voltage_mod_lim.Vdc',\n",
1656 " 'vSC_station_final.voltage_mod_lim.Vmod',\n",
1657 " 'vSC_station_final.voltage_mod_lim.Vmod_max',\n",
1658 " 'vSC_station_final.voltage_mod_lim.m_max',\n",
1659 " 'vSC_station_final.voltage_mod_lim.teta',\n",
1660 " 'vSC_station_final.voltage_mod_lim.vmd_in',\n",
1661 " 'vSC_station_final.voltage_mod_lim.vmd_out',\n",
1662 " 'vSC_station_final.voltage_mod_lim.vmq_in',\n",
1663 " 'vSC_station_final.voltage_mod_lim.vmq_out',\n",
1664 " 'vSC_station_final1.C_dc',\n",
1665 " 'vSC_station_final1.I_max',\n",
1666 " 'vSC_station_final1.MVAb',\n",
1667 " 'vSC_station_final1.P_ref',\n",
1668 " 'vSC_station_final1.Pref',\n",
1669 " 'vSC_station_final1.Pref_limiter.homotopyType',\n",
1670 " 'vSC_station_final1.Pref_limiter.limitsAtInit',\n",
1671 " 'vSC_station_final1.Pref_limiter.strict',\n",
1672 " 'vSC_station_final1.Pref_limiter.u',\n",
1673 " 'vSC_station_final1.Pref_limiter.uMax',\n",
1674 " 'vSC_station_final1.Pref_limiter.uMin',\n",
1675 " 'vSC_station_final1.Pref_limiter.y',\n",
1676 " 'vSC_station_final1.Q_max',\n",
1677 " 'vSC_station_final1.Q_min',\n",
1678 " 'vSC_station_final1.Q_ref',\n",
1679 " 'vSC_station_final1.Qref',\n",
1680 " 'vSC_station_final1.Qref_limiter.homotopyType',\n",
1681 " 'vSC_station_final1.Qref_limiter.limitsAtInit',\n",
1682 " 'vSC_station_final1.Qref_limiter.strict',\n",
1683 " 'vSC_station_final1.Qref_limiter.u',\n",
1684 " 'vSC_station_final1.Qref_limiter.uMax',\n",
1685 " 'vSC_station_final1.Qref_limiter.uMin',\n",
1686 " 'vSC_station_final1.Qref_limiter.y',\n",
1687 " 'vSC_station_final1.Rr',\n",
1688 " 'vSC_station_final1.S_b',\n",
1689 " 'vSC_station_final1.Vb',\n",
1690 " 'vSC_station_final1.Vdc0',\n",
1691 " 'vSC_station_final1.Vdc_ref.k',\n",
1692 " 'vSC_station_final1.Vdc_ref.y',\n",
1693 " 'vSC_station_final1.Vdcb',\n",
1694 " 'vSC_station_final1.Vgd',\n",
1695 " 'vSC_station_final1.Xr',\n",
1696 " 'vSC_station_final1.add.k1',\n",
1697 " 'vSC_station_final1.add.k2',\n",
1698 " 'vSC_station_final1.add.u1',\n",
1699 " 'vSC_station_final1.add.u2',\n",
1700 " 'vSC_station_final1.add.y',\n",
1701 " 'vSC_station_final1.fb',\n",
1702 " 'vSC_station_final1.gain.k',\n",
1703 " 'vSC_station_final1.gain.u',\n",
1704 " 'vSC_station_final1.gain.y',\n",
1705 " 'vSC_station_final1.gain1.k',\n",
1706 " 'vSC_station_final1.gain1.u',\n",
1707 " 'vSC_station_final1.gain1.y',\n",
1708 " 'vSC_station_final1.gain2.k',\n",
1709 " 'vSC_station_final1.gain2.u',\n",
1710 " 'vSC_station_final1.gain2.y',\n",
1711 " 'vSC_station_final1.gain3.k',\n",
1712 " 'vSC_station_final1.gain3.u',\n",
1713 " 'vSC_station_final1.gain3.y',\n",
1714 " 'vSC_station_final1.idqref_calc_VSC.Pref',\n",
1715 " 'vSC_station_final1.idqref_calc_VSC.Qref',\n",
1716 " 'vSC_station_final1.idqref_calc_VSC.igdref',\n",
1717 " 'vSC_station_final1.idqref_calc_VSC.igqref',\n",
1718 " 'vSC_station_final1.idqref_calc_VSC.vgd',\n",
1719 " 'vSC_station_final1.inner_control_I_limitation1.I_base',\n",
1720 " 'vSC_station_final1.inner_control_I_limitation1.Lr',\n",
1721 " 'vSC_station_final1.inner_control_I_limitation1.MVAb',\n",
1722 " 'vSC_station_final1.inner_control_I_limitation1.Pref',\n",
1723 " 'vSC_station_final1.inner_control_I_limitation1.Qref',\n",
1724 " 'vSC_station_final1.inner_control_I_limitation1.Rr',\n",
1725 " 'vSC_station_final1.inner_control_I_limitation1.Vb',\n",
1726 " ...)"
1727 ]
1728 },
1729 "execution_count": 7,
1730 "metadata": {},
1731 "output_type": "execute_result"
1732 }
1733 ],
1734 "source": [
1735 "mod.getSolutions()"
1736 ]
1737 },
1738 {
1739 "cell_type": "code",
1740 "execution_count": 22,
1741 "metadata": {},
1742 "outputs": [
1743 {
1744 "data": {
1745 "text/plain": [
1746 "array([[ 0.00000000e+00, -2.93916873e-04, -1.16188942e-03, ...,\n",
1747 " -1.00070839e+01, -1.00070839e+01, -1.00070839e+01]])"
1748 ]
1749 },
1750 "execution_count": 22,
1751 "metadata": {},
1752 "output_type": "execute_result"
1753 }
1754 ],
1755 "source": [
1756 "mod.getSolutions([\"pQ_sensor1.P12\"])"
1757 ]
1758 },
1759 {
1760 "cell_type": "code",
1761 "execution_count": 23,
1762 "metadata": {},
1763 "outputs": [
1764 {
1765 "data": {
1766 "text/plain": [
1767 "['P_mode', 'P_mode']"
1768 ]
1769 },
1770 "execution_count": 23,
1771 "metadata": {},
1772 "output_type": "execute_result"
1773 }
1774 ],
1775 "source": [
1776 "mod.getParameters(['vSC_station_final.Vdc_Control_Type','vSC_station_final1.Vdc_Control_Type'])"
1777 ]
1778 },
1779 {
1780 "cell_type": "code",
1781 "execution_count": 24,
1782 "metadata": {},
1783 "outputs": [
1784 {
1785 "data": {
1786 "text/plain": [
1787 "['P_mode', 'P_mode']"
1788 ]
1789 },
1790 "execution_count": 24,
1791 "metadata": {},
1792 "output_type": "execute_result"
1793 }
1794 ],
1795 "source": [
1796 "mod.setParameters(['vSC_station_final.Vdc_Control_Type = P_mode','vSC_station_final1.Vdc_Control_Type = P_mode'])\n",
1797 "mod.getParameters(['vSC_station_final.Vdc_Control_Type','vSC_station_final1.Vdc_Control_Type'])"
1798 ]
1799 },
1800 {
1801 "cell_type": "code",
1802 "execution_count": 25,
1803 "metadata": {},
1804 "outputs": [],
1805 "source": [
1806 "mod.simulate() \n"
1807 ]
1808 },
1809 {
1810 "cell_type": "code",
1811 "execution_count": 26,
1812 "metadata": {},
1813 "outputs": [
1814 {
1815 "data": {
1816 "text/plain": [
1817 "('Sensor.i',\n",
1818 " 'Sensor.n.i',\n",
1819 " 'Sensor.n.v',\n",
1820 " 'Sensor.p.i',\n",
1821 " 'Sensor.p.v',\n",
1822 " 'SysData.S_b',\n",
1823 " 'SysData.fn',\n",
1824 " 'bus1.P_0',\n",
1825 " 'bus1.Q_0',\n",
1826 " 'bus1.S_b',\n",
1827 " 'bus1.V',\n",
1828 " 'bus1.V_0',\n",
1829 " 'bus1.V_b',\n",
1830 " 'bus1.ang',\n",
1831 " 'bus1.angle',\n",
1832 " 'bus1.angle_0',\n",
1833 " 'bus1.displayPF',\n",
1834 " 'bus1.fn',\n",
1835 " 'bus1.p.ii',\n",
1836 " 'bus1.p.ir',\n",
1837 " 'bus1.p.vi',\n",
1838 " 'bus1.p.vr',\n",
1839 " 'bus2.P_0',\n",
1840 " 'bus2.Q_0',\n",
1841 " 'bus2.S_b',\n",
1842 " 'bus2.V',\n",
1843 " 'bus2.V_0',\n",
1844 " 'bus2.V_b',\n",
1845 " 'bus2.ang',\n",
1846 " 'bus2.angle',\n",
1847 " 'bus2.angle_0',\n",
1848 " 'bus2.displayPF',\n",
1849 " 'bus2.fn',\n",
1850 " 'bus2.p.ii',\n",
1851 " 'bus2.p.ir',\n",
1852 " 'bus2.p.vi',\n",
1853 " 'bus2.p.vr',\n",
1854 " 'dC_cable_PI_section.Vinit',\n",
1855 " 'dC_cable_PI_section.capacitor1.C',\n",
1856 " 'dC_cable_PI_section.capacitor1.i',\n",
1857 " 'dC_cable_PI_section.capacitor1.n.i',\n",
1858 " 'dC_cable_PI_section.capacitor1.n.v',\n",
1859 " 'dC_cable_PI_section.capacitor1.p.i',\n",
1860 " 'dC_cable_PI_section.capacitor1.p.v',\n",
1861 " 'dC_cable_PI_section.capacitor1.v',\n",
1862 " 'dC_cable_PI_section.capacitor2.C',\n",
1863 " 'dC_cable_PI_section.capacitor2.i',\n",
1864 " 'dC_cable_PI_section.capacitor2.n.i',\n",
1865 " 'dC_cable_PI_section.capacitor2.n.v',\n",
1866 " 'dC_cable_PI_section.capacitor2.p.i',\n",
1867 " 'dC_cable_PI_section.capacitor2.p.v',\n",
1868 " 'dC_cable_PI_section.capacitor2.v',\n",
1869 " 'dC_cable_PI_section.conductor1.G',\n",
1870 " 'dC_cable_PI_section.conductor1.G_actual',\n",
1871 " 'dC_cable_PI_section.conductor1.LossPower',\n",
1872 " 'dC_cable_PI_section.conductor1.T',\n",
1873 " 'dC_cable_PI_section.conductor1.T_heatPort',\n",
1874 " 'dC_cable_PI_section.conductor1.T_ref',\n",
1875 " 'dC_cable_PI_section.conductor1.alpha',\n",
1876 " 'dC_cable_PI_section.conductor1.i',\n",
1877 " 'dC_cable_PI_section.conductor1.n.i',\n",
1878 " 'dC_cable_PI_section.conductor1.n.v',\n",
1879 " 'dC_cable_PI_section.conductor1.p.i',\n",
1880 " 'dC_cable_PI_section.conductor1.p.v',\n",
1881 " 'dC_cable_PI_section.conductor1.v',\n",
1882 " 'dC_cable_PI_section.conductor2.G',\n",
1883 " 'dC_cable_PI_section.conductor2.G_actual',\n",
1884 " 'dC_cable_PI_section.conductor2.LossPower',\n",
1885 " 'dC_cable_PI_section.conductor2.T',\n",
1886 " 'dC_cable_PI_section.conductor2.T_heatPort',\n",
1887 " 'dC_cable_PI_section.conductor2.T_ref',\n",
1888 " 'dC_cable_PI_section.conductor2.alpha',\n",
1889 " 'dC_cable_PI_section.conductor2.i',\n",
1890 " 'dC_cable_PI_section.conductor2.n.i',\n",
1891 " 'dC_cable_PI_section.conductor2.n.v',\n",
1892 " 'dC_cable_PI_section.conductor2.p.i',\n",
1893 " 'dC_cable_PI_section.conductor2.p.v',\n",
1894 " 'dC_cable_PI_section.conductor2.v',\n",
1895 " 'dC_cable_PI_section.inductor1.L',\n",
1896 " 'dC_cable_PI_section.inductor1.i',\n",
1897 " 'dC_cable_PI_section.inductor1.n.i',\n",
1898 " 'dC_cable_PI_section.inductor1.n.v',\n",
1899 " 'dC_cable_PI_section.inductor1.p.i',\n",
1900 " 'dC_cable_PI_section.inductor1.p.v',\n",
1901 " 'dC_cable_PI_section.inductor1.v',\n",
1902 " 'dC_cable_PI_section.inductor2.L',\n",
1903 " 'dC_cable_PI_section.inductor2.i',\n",
1904 " 'dC_cable_PI_section.inductor2.n.i',\n",
1905 " 'dC_cable_PI_section.inductor2.n.v',\n",
1906 " 'dC_cable_PI_section.inductor2.p.i',\n",
1907 " 'dC_cable_PI_section.inductor2.p.v',\n",
1908 " 'dC_cable_PI_section.inductor2.v',\n",
1909 " 'dC_cable_PI_section.inductor3.L',\n",
1910 " 'dC_cable_PI_section.inductor3.i',\n",
1911 " 'dC_cable_PI_section.inductor3.n.i',\n",
1912 " 'dC_cable_PI_section.inductor3.n.v',\n",
1913 " 'dC_cable_PI_section.inductor3.p.i',\n",
1914 " 'dC_cable_PI_section.inductor3.p.v',\n",
1915 " 'dC_cable_PI_section.inductor3.v',\n",
1916 " 'dC_cable_PI_section.length',\n",
1917 " 'dC_cable_PI_section.pin_n.i',\n",
1918 " 'dC_cable_PI_section.pin_n.v',\n",
1919 " 'dC_cable_PI_section.pin_n1.i',\n",
1920 " 'dC_cable_PI_section.pin_n1.v',\n",
1921 " 'dC_cable_PI_section.pin_p.i',\n",
1922 " 'dC_cable_PI_section.pin_p.v',\n",
1923 " 'dC_cable_PI_section.pin_p1.i',\n",
1924 " 'dC_cable_PI_section.pin_p1.v',\n",
1925 " 'dC_cable_PI_section.resistor1.LossPower',\n",
1926 " 'dC_cable_PI_section.resistor1.R',\n",
1927 " 'dC_cable_PI_section.resistor1.R_actual',\n",
1928 " 'dC_cable_PI_section.resistor1.T',\n",
1929 " 'dC_cable_PI_section.resistor1.T_heatPort',\n",
1930 " 'dC_cable_PI_section.resistor1.T_ref',\n",
1931 " 'dC_cable_PI_section.resistor1.alpha',\n",
1932 " 'dC_cable_PI_section.resistor1.i',\n",
1933 " 'dC_cable_PI_section.resistor1.n.i',\n",
1934 " 'dC_cable_PI_section.resistor1.n.v',\n",
1935 " 'dC_cable_PI_section.resistor1.p.i',\n",
1936 " 'dC_cable_PI_section.resistor1.p.v',\n",
1937 " 'dC_cable_PI_section.resistor1.v',\n",
1938 " 'dC_cable_PI_section.resistor2.LossPower',\n",
1939 " 'dC_cable_PI_section.resistor2.R',\n",
1940 " 'dC_cable_PI_section.resistor2.R_actual',\n",
1941 " 'dC_cable_PI_section.resistor2.T',\n",
1942 " 'dC_cable_PI_section.resistor2.T_heatPort',\n",
1943 " 'dC_cable_PI_section.resistor2.T_ref',\n",
1944 " 'dC_cable_PI_section.resistor2.alpha',\n",
1945 " 'dC_cable_PI_section.resistor2.i',\n",
1946 " 'dC_cable_PI_section.resistor2.n.i',\n",
1947 " 'dC_cable_PI_section.resistor2.n.v',\n",
1948 " 'dC_cable_PI_section.resistor2.p.i',\n",
1949 " 'dC_cable_PI_section.resistor2.p.v',\n",
1950 " 'dC_cable_PI_section.resistor2.v',\n",
1951 " 'dC_cable_PI_section.resistor3.LossPower',\n",
1952 " 'dC_cable_PI_section.resistor3.R',\n",
1953 " 'dC_cable_PI_section.resistor3.R_actual',\n",
1954 " 'dC_cable_PI_section.resistor3.T',\n",
1955 " 'dC_cable_PI_section.resistor3.T_heatPort',\n",
1956 " 'dC_cable_PI_section.resistor3.T_ref',\n",
1957 " 'dC_cable_PI_section.resistor3.alpha',\n",
1958 " 'dC_cable_PI_section.resistor3.i',\n",
1959 " 'dC_cable_PI_section.resistor3.n.i',\n",
1960 " 'dC_cable_PI_section.resistor3.n.v',\n",
1961 " 'dC_cable_PI_section.resistor3.p.i',\n",
1962 " 'dC_cable_PI_section.resistor3.p.v',\n",
1963 " 'dC_cable_PI_section.resistor3.v',\n",
1964 " 'der(dC_cable_PI_section.capacitor2.v)',\n",
1965 " 'der(dC_cable_PI_section.inductor1.i)',\n",
1966 " 'der(dC_cable_PI_section.inductor2.i)',\n",
1967 " 'der(dC_cable_PI_section.inductor3.i)',\n",
1968 " 'der(vSC_station_final.inner_control_I_limitation1.integrator1.y)',\n",
1969 " 'der(vSC_station_final.inner_control_I_limitation1.integrator2.y)',\n",
1970 " 'der(vSC_station_final.physical_Layer.capacitor2.v)',\n",
1971 " 'der(vSC_station_final.physical_Layer.inductor1.i)',\n",
1972 " 'der(vSC_station_final.physical_Layer.inductor2.i)',\n",
1973 " 'der(vSC_station_final.pll_PI.integrator1.y)',\n",
1974 " 'der(vSC_station_final.pll_PI.low_pass_filter1.integrator1.y)',\n",
1975 " 'der(vSC_station_final.pll_PI.pI_controller_PLL1.integrator1.y)',\n",
1976 " 'der(vSC_station_final.vdcControl.vdc_IP_control1.integrator1.y)',\n",
1977 " 'der(vSC_station_final.vdcControl.vdc_PI_control1.integrator1.y)',\n",
1978 " 'der(vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator.y)',\n",
1979 " 'der(vSC_station_final.vdcControl.vdc_PI_control_with_filter1.integrator1.y)',\n",
1980 " 'der(vSC_station_final1.inner_control_I_limitation1.integrator1.y)',\n",
1981 " 'der(vSC_station_final1.inner_control_I_limitation1.integrator2.y)',\n",
1982 " 'der(vSC_station_final1.physical_Layer.inductor1.i)',\n",
1983 " 'der(vSC_station_final1.physical_Layer.inductor2.i)',\n",
1984 " 'der(vSC_station_final1.pll_PI.integrator1.y)',\n",
1985 " 'der(vSC_station_final1.pll_PI.low_pass_filter1.integrator1.y)',\n",
1986 " 'der(vSC_station_final1.pll_PI.pI_controller_PLL1.integrator1.y)',\n",
1987 " 'der(vSC_station_final1.vdcControl.vdc_IP_control1.integrator1.y)',\n",
1988 " 'der(vSC_station_final1.vdcControl.vdc_PI_control1.integrator1.y)',\n",
1989 " 'der(vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator.y)',\n",
1990 " 'der(vSC_station_final1.vdcControl.vdc_PI_control_with_filter1.integrator1.y)',\n",
1991 " 'ground1.p.i',\n",
1992 " 'ground1.p.v',\n",
1993 " 'infiniteBus1.P',\n",
1994 " 'infiniteBus1.P_0',\n",
1995 " 'infiniteBus1.Q',\n",
1996 " 'infiniteBus1.Q_0',\n",
1997 " 'infiniteBus1.S_b',\n",
1998 " 'infiniteBus1.V_0',\n",
1999 " 'infiniteBus1.V_b',\n",
2000 " 'infiniteBus1.angle_0',\n",
2001 " 'infiniteBus1.displayPF',\n",
2002 " 'infiniteBus1.fn',\n",
2003 " 'infiniteBus1.p.ii',\n",
2004 " 'infiniteBus1.p.ir',\n",
2005 " 'infiniteBus1.p.vi',\n",
2006 " 'infiniteBus1.p.vr',\n",
2007 " 'infiniteBus2.P',\n",
2008 " 'infiniteBus2.P_0',\n",
2009 " 'infiniteBus2.Q',\n",
2010 " 'infiniteBus2.Q_0',\n",
2011 " 'infiniteBus2.S_b',\n",
2012 " 'infiniteBus2.V_0',\n",
2013 " 'infiniteBus2.V_b',\n",
2014 " 'infiniteBus2.angle_0',\n",
2015 " 'infiniteBus2.displayPF',\n",
2016 " 'infiniteBus2.fn',\n",
2017 " 'infiniteBus2.p.ii',\n",
2018 " 'infiniteBus2.p.ir',\n",
2019 " 'infiniteBus2.p.vi',\n",
2020 " 'infiniteBus2.p.vr',\n",
2021 " 'pQ_sensor1.P12',\n",
2022 " 'pQ_sensor1.P21',\n",
2023 " 'pQ_sensor1.Q12',\n",
2024 " 'pQ_sensor1.Q21',\n",
2025 " 'pQ_sensor1.S_b',\n",
2026 " 'pQ_sensor1.ir.im',\n",
2027 " 'pQ_sensor1.ir.re',\n",
2028 " 'pQ_sensor1.is.im',\n",
2029 " 'pQ_sensor1.is.re',\n",
2030 " 'pQ_sensor1.n.ii',\n",
2031 " 'pQ_sensor1.n.ir',\n",
2032 " 'pQ_sensor1.n.vi',\n",
2033 " 'pQ_sensor1.n.vr',\n",
2034 " 'pQ_sensor1.p.ii',\n",
2035 " 'pQ_sensor1.p.ir',\n",
2036 " 'pQ_sensor1.p.vi',\n",
2037 " 'pQ_sensor1.p.vr',\n",
2038 " 'pQ_sensor1.vr.im',\n",
2039 " 'pQ_sensor1.vr.re',\n",
2040 " 'pQ_sensor1.vs.im',\n",
2041 " 'pQ_sensor1.vs.re',\n",
2042 " 'pQ_sensor1.zero_i.im',\n",
2043 " 'pQ_sensor1.zero_i.re',\n",
2044 " 'pQ_sensor1.zero_v.im',\n",
2045 " 'pQ_sensor1.zero_v.re',\n",
2046 " 'pQ_sensor2.P12',\n",
2047 " 'pQ_sensor2.P21',\n",
2048 " 'pQ_sensor2.Q12',\n",
2049 " 'pQ_sensor2.Q21',\n",
2050 " 'pQ_sensor2.S_b',\n",
2051 " 'pQ_sensor2.ir.im',\n",
2052 " 'pQ_sensor2.ir.re',\n",
2053 " 'pQ_sensor2.is.im',\n",
2054 " 'pQ_sensor2.is.re',\n",
2055 " 'pQ_sensor2.n.ii',\n",
2056 " 'pQ_sensor2.n.ir',\n",
2057 " 'pQ_sensor2.n.vi',\n",
2058 " 'pQ_sensor2.n.vr',\n",
2059 " 'pQ_sensor2.p.ii',\n",
2060 " 'pQ_sensor2.p.ir',\n",
2061 " 'pQ_sensor2.p.vi',\n",
2062 " 'pQ_sensor2.p.vr',\n",
2063 " 'pQ_sensor2.vr.im',\n",
2064 " 'pQ_sensor2.vr.re',\n",
2065 " 'pQ_sensor2.vs.im',\n",
2066 " 'pQ_sensor2.vs.re',\n",
2067 " 'pQ_sensor2.zero_i.im',\n",
2068 " 'pQ_sensor2.zero_i.re',\n",
2069 " 'pQ_sensor2.zero_v.im',\n",
2070 " 'pQ_sensor2.zero_v.re',\n",
2071 " 'step.height',\n",
2072 " 'step.offset',\n",
2073 " 'step.startTime',\n",
2074 " 'step.y',\n",
2075 " 'step1.height',\n",
2076 " 'step1.offset',\n",
2077 " 'step1.startTime',\n",
2078 " 'step1.y',\n",
2079 " 'step4.height',\n",
2080 " 'step4.offset',\n",
2081 " 'step4.startTime',\n",
2082 " 'step4.y',\n",
2083 " 'step5.height',\n",
2084 " 'step5.offset',\n",
2085 " 'step5.startTime',\n",
2086 " 'step5.y',\n",
2087 " 'time',\n",
2088 " 'vSC_station_final.C_dc',\n",
2089 " 'vSC_station_final.I_max',\n",
2090 " 'vSC_station_final.MVAb',\n",
2091 " 'vSC_station_final.P_ref',\n",
2092 " 'vSC_station_final.Pref',\n",
2093 " 'vSC_station_final.Pref_limiter.homotopyType',\n",
2094 " 'vSC_station_final.Pref_limiter.limitsAtInit',\n",
2095 " 'vSC_station_final.Pref_limiter.strict',\n",
2096 " 'vSC_station_final.Pref_limiter.u',\n",
2097 " 'vSC_station_final.Pref_limiter.uMax',\n",
2098 " 'vSC_station_final.Pref_limiter.uMin',\n",
2099 " 'vSC_station_final.Pref_limiter.y',\n",
2100 " 'vSC_station_final.Q_max',\n",
2101 " 'vSC_station_final.Q_min',\n",
2102 " 'vSC_station_final.Q_ref',\n",
2103 " 'vSC_station_final.Qref',\n",
2104 " 'vSC_station_final.Qref_limiter.homotopyType',\n",
2105 " 'vSC_station_final.Qref_limiter.limitsAtInit',\n",
2106 " 'vSC_station_final.Qref_limiter.strict',\n",
2107 " 'vSC_station_final.Qref_limiter.u',\n",
2108 " 'vSC_station_final.Qref_limiter.uMax',\n",
2109 " 'vSC_station_final.Qref_limiter.uMin',\n",
2110 " 'vSC_station_final.Qref_limiter.y',\n",
2111 " 'vSC_station_final.Rr',\n",
2112 " 'vSC_station_final.S_b',\n",
2113 " 'vSC_station_final.Vb',\n",
2114 " 'vSC_station_final.Vdc0',\n",
2115 " 'vSC_station_final.Vdc_ref.k',\n",
2116 " 'vSC_station_final.Vdc_ref.y',\n",
2117 " 'vSC_station_final.Vdcb',\n",
2118 " 'vSC_station_final.Vgd',\n",
2119 " 'vSC_station_final.Xr',\n",
2120 " 'vSC_station_final.add.k1',\n",
2121 " 'vSC_station_final.add.k2',\n",
2122 " 'vSC_station_final.add.u1',\n",
2123 " 'vSC_station_final.add.u2',\n",
2124 " 'vSC_station_final.add.y',\n",
2125 " 'vSC_station_final.fb',\n",
2126 " 'vSC_station_final.gain.k',\n",
2127 " 'vSC_station_final.gain.u',\n",
2128 " 'vSC_station_final.gain.y',\n",
2129 " 'vSC_station_final.gain1.k',\n",
2130 " 'vSC_station_final.gain1.u',\n",
2131 " 'vSC_station_final.gain1.y',\n",
2132 " 'vSC_station_final.gain2.k',\n",
2133 " 'vSC_station_final.gain2.u',\n",
2134 " 'vSC_station_final.gain2.y',\n",
2135 " 'vSC_station_final.gain3.k',\n",
2136 " 'vSC_station_final.gain3.u',\n",
2137 " 'vSC_station_final.gain3.y',\n",
2138 " 'vSC_station_final.idqref_calc_VSC.Pref',\n",
2139 " 'vSC_station_final.idqref_calc_VSC.Qref',\n",
2140 " 'vSC_station_final.idqref_calc_VSC.igdref',\n",
2141 " 'vSC_station_final.idqref_calc_VSC.igqref',\n",
2142 " 'vSC_station_final.idqref_calc_VSC.vgd',\n",
2143 " 'vSC_station_final.inner_control_I_limitation1.I_base',\n",
2144 " 'vSC_station_final.inner_control_I_limitation1.Lr',\n",
2145 " 'vSC_station_final.inner_control_I_limitation1.MVAb',\n",
2146 " 'vSC_station_final.inner_control_I_limitation1.Pref',\n",
2147 " 'vSC_station_final.inner_control_I_limitation1.Qref',\n",
2148 " 'vSC_station_final.inner_control_I_limitation1.Rr',\n",
2149 " 'vSC_station_final.inner_control_I_limitation1.Vb',\n",
2150 " 'vSC_station_final.inner_control_I_limitation1.Vgd',\n",
2151 " 'vSC_station_final.inner_control_I_limitation1.add1.k1',\n",
2152 " 'vSC_station_final.inner_control_I_limitation1.add1.k2',\n",
2153 " 'vSC_station_final.inner_control_I_limitation1.add1.u1',\n",
2154 " 'vSC_station_final.inner_control_I_limitation1.add1.u2',\n",
2155 " 'vSC_station_final.inner_control_I_limitation1.add1.y',\n",
2156 " 'vSC_station_final.inner_control_I_limitation1.add2.k1',\n",
2157 " 'vSC_station_final.inner_control_I_limitation1.add2.k2',\n",
2158 " 'vSC_station_final.inner_control_I_limitation1.add2.u1',\n",
2159 " 'vSC_station_final.inner_control_I_limitation1.add2.u2',\n",
2160 " 'vSC_station_final.inner_control_I_limitation1.add2.y',\n",
2161 " 'vSC_station_final.inner_control_I_limitation1.add3.k1',\n",
2162 " 'vSC_station_final.inner_control_I_limitation1.add3.k2',\n",
2163 " 'vSC_station_final.inner_control_I_limitation1.add3.u1',\n",
2164 " 'vSC_station_final.inner_control_I_limitation1.add3.u2',\n",
2165 " 'vSC_station_final.inner_control_I_limitation1.add3.y',\n",
2166 " 'vSC_station_final.inner_control_I_limitation1.add31.k1',\n",
2167 " 'vSC_station_final.inner_control_I_limitation1.add31.k2',\n",
2168 " 'vSC_station_final.inner_control_I_limitation1.add31.k3',\n",
2169 " 'vSC_station_final.inner_control_I_limitation1.add31.u1',\n",
2170 " 'vSC_station_final.inner_control_I_limitation1.add31.u2',\n",
2171 " 'vSC_station_final.inner_control_I_limitation1.add31.u3',\n",
2172 " 'vSC_station_final.inner_control_I_limitation1.add31.y',\n",
2173 " 'vSC_station_final.inner_control_I_limitation1.add32.k1',\n",
2174 " 'vSC_station_final.inner_control_I_limitation1.add32.k2',\n",
2175 " 'vSC_station_final.inner_control_I_limitation1.add32.k3',\n",
2176 " 'vSC_station_final.inner_control_I_limitation1.add32.u1',\n",
2177 " 'vSC_station_final.inner_control_I_limitation1.add32.u2',\n",
2178 " 'vSC_station_final.inner_control_I_limitation1.add32.u3',\n",
2179 " 'vSC_station_final.inner_control_I_limitation1.add32.y',\n",
2180 " 'vSC_station_final.inner_control_I_limitation1.add4.k1',\n",
2181 " 'vSC_station_final.inner_control_I_limitation1.add4.k2',\n",
2182 " 'vSC_station_final.inner_control_I_limitation1.add4.u1',\n",
2183 " 'vSC_station_final.inner_control_I_limitation1.add4.u2',\n",
2184 " 'vSC_station_final.inner_control_I_limitation1.add4.y',\n",
2185 " 'vSC_station_final.inner_control_I_limitation1.const.k',\n",
2186 " 'vSC_station_final.inner_control_I_limitation1.const.y',\n",
2187 " 'vSC_station_final.inner_control_I_limitation1.constant1.k',\n",
2188 " 'vSC_station_final.inner_control_I_limitation1.constant1.y',\n",
2189 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.I_max.k',\n",
2190 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.I_max.y',\n",
2191 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.I_max_SI.k',\n",
2192 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.I_max_SI.y',\n",
2193 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.Ib',\n",
2194 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.Imax.k',\n",
2195 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.Imax.y',\n",
2196 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.add.k1',\n",
2197 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.add.k2',\n",
2198 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.add.u1',\n",
2199 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.add.u2',\n",
2200 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.add.y',\n",
2201 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.constant1.k',\n",
2202 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.constant1.y',\n",
2203 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.feedback.u1',\n",
2204 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.feedback.u2',\n",
2205 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.feedback.y',\n",
2206 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.feedback1.u1',\n",
2207 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.feedback1.u2',\n",
2208 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.feedback1.y',\n",
2209 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.i_max',\n",
2210 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.i_module_ref_calc.u',\n",
2211 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.i_module_ref_calc.y',\n",
2212 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.id_u',\n",
2213 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.id_y',\n",
2214 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.iq_u',\n",
2215 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.iq_y',\n",
2216 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.neg_d.k',\n",
2217 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.neg_d.u',\n",
2218 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.neg_d.y',\n",
2219 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.neg_q.k',\n",
2220 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.neg_q.u',\n",
2221 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.neg_q.y',\n",
2222 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.product.u1',\n",
2223 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.product.u2',\n",
2224 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.product.y',\n",
2225 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.product1.u1',\n",
2226 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.product1.u2',\n",
2227 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.product1.y',\n",
2228 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.sqrt_d.u',\n",
2229 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.sqrt_d.y',\n",
2230 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.sqrt_q.u',\n",
2231 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.sqrt_q.y',\n",
2232 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_d.homotopyType',\n",
2233 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_d.limit1',\n",
2234 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_d.limit2',\n",
2235 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_d.limitsAtInit',\n",
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2237 " 'vSC_station_final.inner_control_I_limitation1.current_lim2.variableLimiter_d.u',\n",
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2541 " 'vSC_station_final.pin_n.v',\n",
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2559 " 'vSC_station_final.pll_PI.const1.y',\n",
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2562 " 'vSC_station_final.pll_PI.gain.y',\n",
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2569 " 'vSC_station_final.pll_PI.kppll',\n",
2570 " 'vSC_station_final.pll_PI.low_pass_filter1.Vgq_pll',\n",
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2582 " 'vSC_station_final.pll_PI.low_pass_filter1.wcpll',\n",
2583 " 'vSC_station_final.pll_PI.pI_controller_PLL1.add1.k1',\n",
2584 " 'vSC_station_final.pll_PI.pI_controller_PLL1.add1.k2',\n",
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2589 " 'vSC_station_final.pll_PI.pI_controller_PLL1.gain1.k',\n",
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2593 " 'vSC_station_final.pll_PI.pI_controller_PLL1.integrator1.k',\n",
2594 " 'vSC_station_final.pll_PI.pI_controller_PLL1.integrator1.u',\n",
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2596 " 'vSC_station_final.pll_PI.pI_controller_PLL1.integrator1.y_start',\n",
2597 " 'vSC_station_final.pll_PI.pI_controller_PLL1.kipll',\n",
2598 " 'vSC_station_final.pll_PI.pI_controller_PLL1.kppll',\n",
2599 " 'vSC_station_final.pll_PI.pI_controller_PLL1.w_pll',\n",
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2604 " 'vSC_station_final.pll_PI.ri_to_dq2.xd',\n",
2605 " 'vSC_station_final.pll_PI.ri_to_dq2.xi',\n",
2606 " 'vSC_station_final.pll_PI.ri_to_dq2.xq',\n",
2607 " 'vSC_station_final.pll_PI.ri_to_dq2.xr',\n",
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2623 " 'vSC_station_final.teta_bus',\n",
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2625 " 'vSC_station_final.tr_dc',\n",
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2628 " 'vSC_station_final.vdcControl.Pref',\n",
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2744 " 'vSC_station_final.vdcControl.vdc_droop1.vdcref',\n",
2745 " 'vSC_station_final.vdcControl.vdcref',\n",
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2748 " 'vSC_station_final.voltage_mod_lim.Vmod_max',\n",
2749 " 'vSC_station_final.voltage_mod_lim.m_max',\n",
2750 " 'vSC_station_final.voltage_mod_lim.teta',\n",
2751 " 'vSC_station_final.voltage_mod_lim.vmd_in',\n",
2752 " 'vSC_station_final.voltage_mod_lim.vmd_out',\n",
2753 " 'vSC_station_final.voltage_mod_lim.vmq_in',\n",
2754 " 'vSC_station_final.voltage_mod_lim.vmq_out',\n",
2755 " 'vSC_station_final1.C_dc',\n",
2756 " 'vSC_station_final1.I_max',\n",
2757 " 'vSC_station_final1.MVAb',\n",
2758 " 'vSC_station_final1.P_ref',\n",
2759 " 'vSC_station_final1.Pref',\n",
2760 " 'vSC_station_final1.Pref_limiter.homotopyType',\n",
2761 " 'vSC_station_final1.Pref_limiter.limitsAtInit',\n",
2762 " 'vSC_station_final1.Pref_limiter.strict',\n",
2763 " 'vSC_station_final1.Pref_limiter.u',\n",
2764 " 'vSC_station_final1.Pref_limiter.uMax',\n",
2765 " 'vSC_station_final1.Pref_limiter.uMin',\n",
2766 " 'vSC_station_final1.Pref_limiter.y',\n",
2767 " 'vSC_station_final1.Q_max',\n",
2768 " 'vSC_station_final1.Q_min',\n",
2769 " 'vSC_station_final1.Q_ref',\n",
2770 " 'vSC_station_final1.Qref',\n",
2771 " 'vSC_station_final1.Qref_limiter.homotopyType',\n",
2772 " 'vSC_station_final1.Qref_limiter.limitsAtInit',\n",
2773 " 'vSC_station_final1.Qref_limiter.strict',\n",
2774 " 'vSC_station_final1.Qref_limiter.u',\n",
2775 " 'vSC_station_final1.Qref_limiter.uMax',\n",
2776 " 'vSC_station_final1.Qref_limiter.uMin',\n",
2777 " 'vSC_station_final1.Qref_limiter.y',\n",
2778 " 'vSC_station_final1.Rr',\n",
2779 " 'vSC_station_final1.S_b',\n",
2780 " 'vSC_station_final1.Vb',\n",
2781 " 'vSC_station_final1.Vdc0',\n",
2782 " 'vSC_station_final1.Vdc_ref.k',\n",
2783 " 'vSC_station_final1.Vdc_ref.y',\n",
2784 " 'vSC_station_final1.Vdcb',\n",
2785 " 'vSC_station_final1.Vgd',\n",
2786 " 'vSC_station_final1.Xr',\n",
2787 " 'vSC_station_final1.add.k1',\n",
2788 " 'vSC_station_final1.add.k2',\n",
2789 " 'vSC_station_final1.add.u1',\n",
2790 " 'vSC_station_final1.add.u2',\n",
2791 " 'vSC_station_final1.add.y',\n",
2792 " 'vSC_station_final1.fb',\n",
2793 " 'vSC_station_final1.gain.k',\n",
2794 " 'vSC_station_final1.gain.u',\n",
2795 " 'vSC_station_final1.gain.y',\n",
2796 " 'vSC_station_final1.gain1.k',\n",
2797 " 'vSC_station_final1.gain1.u',\n",
2798 " 'vSC_station_final1.gain1.y',\n",
2799 " 'vSC_station_final1.gain2.k',\n",
2800 " 'vSC_station_final1.gain2.u',\n",
2801 " 'vSC_station_final1.gain2.y',\n",
2802 " 'vSC_station_final1.gain3.k',\n",
2803 " 'vSC_station_final1.gain3.u',\n",
2804 " 'vSC_station_final1.gain3.y',\n",
2805 " 'vSC_station_final1.idqref_calc_VSC.Pref',\n",
2806 " 'vSC_station_final1.idqref_calc_VSC.Qref',\n",
2807 " 'vSC_station_final1.idqref_calc_VSC.igdref',\n",
2808 " 'vSC_station_final1.idqref_calc_VSC.igqref',\n",
2809 " 'vSC_station_final1.idqref_calc_VSC.vgd',\n",
2810 " 'vSC_station_final1.inner_control_I_limitation1.I_base',\n",
2811 " 'vSC_station_final1.inner_control_I_limitation1.Lr',\n",
2812 " 'vSC_station_final1.inner_control_I_limitation1.MVAb',\n",
2813 " 'vSC_station_final1.inner_control_I_limitation1.Pref',\n",
2814 " 'vSC_station_final1.inner_control_I_limitation1.Qref',\n",
2815 " 'vSC_station_final1.inner_control_I_limitation1.Rr',\n",
2816 " 'vSC_station_final1.inner_control_I_limitation1.Vb',\n",
2817 " ...)"
2818 ]
2819 },
2820 "execution_count": 26,
2821 "metadata": {},
2822 "output_type": "execute_result"
2823 }
2824 ],
2825 "source": [
2826 "mod.getSolutions()"
2827 ]
2828 },
2829 {
2830 "cell_type": "code",
2831 "execution_count": 29,
2832 "metadata": {},
2833 "outputs": [
2834 {
2835 "data": {
2836 "text/plain": [
2837 "array([[ 0.00000000e+00, -2.93916873e-04, -1.16188942e-03, ...,\n",
2838 " -1.00070839e+01, -1.00070839e+01, -1.00070839e+01]])"
2839 ]
2840 },
2841 "execution_count": 29,
2842 "metadata": {},
2843 "output_type": "execute_result"
2844 }
2845 ],
2846 "source": [
2847 "mod.getSolutions([\"pQ_sensor1.P12\"])"
2848 ]
2849 },
2850 {
2851 "cell_type": "code",
2852 "execution_count": null,
2853 "metadata": {},
2854 "outputs": [],
2855 "source": []
2856 }
2857 ],
2858 "metadata": {
2859 "kernelspec": {
2860 "display_name": "Python 3",
2861 "language": "python",
2862 "name": "python3"
2863 },
2864 "language_info": {
2865 "codemirror_mode": {
2866 "name": "ipython",
2867 "version": 3
2868 },
2869 "file_extension": ".py",
2870 "mimetype": "text/x-python",
2871 "name": "python",
2872 "nbconvert_exporter": "python",
2873 "pygments_lexer": "ipython3",
2874 "version": "3.8.5"
2875 }
2876 },
2877 "nbformat": 4,
2878 "nbformat_minor": 4
2879}