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Commit b081832a authored by Taeyoung Kim's avatar Taeyoung Kim
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exporting it to required JSON format of SIEMENS software requested by ARETI is...for now done 


Signed-off-by: default avatarTaeyoung Kim <taeyoung.kim@eonerc.rwth-aachen.de>
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examples/quickstart/output.json 0 → 100644
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View file @ b081832a
{
"computationId": "power_flow_mv_input",
"computationUTC": "2025-04-24T13:12:53",
"mtPowerFlowInput": {
"baseMVA": 100000,
"busses": [
{
"index": 0,
"type": 3,
"name": "busbar-AD102000201CSA-8.4kV",
"activePowerkW": 0.0,
"reactivePowerkVAR": 0.0,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
},
{
"index": 1,
"type": 3,
"name": "busbar-AD102002005NSA-8.4kV",
"activePowerkW": -0.15135,
"reactivePowerkVAR": -0.0454,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
},
{
"index": 2,
"type": 3,
"name": "busbar-AD102000268CSA-8.4kV",
"activePowerkW": -0.13012,
"reactivePowerkVAR": -0.03903,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
},
{
"index": 3,
"type": 1,
"name": "busbar-AD001090024254_AD102425N-8.4kV",
"activePowerkW": 0.0,
"reactivePowerkVAR": 0.0,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
},
{
"index": 4,
"type": 3,
"name": "busbar-AD102005376CSA-8.4kV",
"activePowerkW": -0.18562,
"reactivePowerkVAR": -0.05569,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
},
{
"index": 5,
"type": 3,
"name": "busbar-AD102005220NSA-8.4kV",
"activePowerkW": 0.0,
"reactivePowerkVAR": 0.0,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
},
{
"index": 6,
"type": 3,
"name": "busbar-AD102005097CSA-8.4kV",
"activePowerkW": 0.0,
"reactivePowerkVAR": 0.0,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
},
{
"index": 7,
"type": 3,
"name": "busbar-AD102005377CSA-8.4kV",
"activePowerkW": -0.00293,
"reactivePowerkVAR": -0.00088,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
},
{
"index": 8,
"type": 3,
"name": "busbar-AD102005094CSA-8.4kV",
"activePowerkW": -0.00092,
"reactivePowerkVAR": -0.00028,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
},
{
"index": 9,
"type": 3,
"name": "busbar-AD102005076NSA-8.4kV",
"activePowerkW": -0.17043,
"reactivePowerkVAR": -0.05113,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
},
{
"index": 10,
"type": 3,
"name": "busbar-AD102005297NSA-8.4kV",
"activePowerkW": -0.00108,
"reactivePowerkVAR": -0.00032,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
},
{
"index": 11,
"type": 1,
"name": "busbar-AD001090060253_AD106025N-8.4kV",
"activePowerkW": 0.0,
"reactivePowerkVAR": 0.0,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
},
{
"index": 12,
"type": 3,
"name": "busbar-AD102005015NSA-8.4kV",
"activePowerkW": -0.00293,
"reactivePowerkVAR": -0.00088,
"capacityPu": 0.0,
"voltageArea": 1,
"voltageModulePu": 1.0,
"voltagePhasePu": 0.0,
"nominalVoltagekV": 8.4,
"powerLine": 0,
"voltageMaxPu": 1.1,
"voltageMinPu": 0.9
}
],
"transformers": [],
"branches": [
{
"index": 0,
"busIndexFrom": 1,
"busIndexTo": 0,
"resistancePu": 0.024985827664399093,
"reactancePu": 0.006374007936507936,
"susceptancePu": -9.586133884417508,
"maxCurrentA": 99999,
"lengthkm": 0.1,
"status": 1
},
{
"index": 1,
"busIndexFrom": 2,
"busIndexTo": 1,
"resistancePu": 0.001987670068027211,
"reactancePu": 0.0012259070294784581,
"susceptancePu": -224.78527381415495,
"maxCurrentA": 99999,
"lengthkm": 0.1,
"status": 1
},
{
"index": 2,
"busIndexFrom": 3,
"busIndexTo": 0,
"resistancePu": 0.35875496031746035,
"reactancePu": 0.14917091836734694,
"susceptancePu": -0.9881677227787493,
"maxCurrentA": 99999,
"lengthkm": 0.1,
"status": 1
},
{
"index": 3,
"busIndexFrom": 4,
"busIndexTo": 7,
"resistancePu": 0.018941326530612246,
"reactancePu": 0.007886904761904762,
"susceptancePu": -18.734758814069878,
"maxCurrentA": 99999,
"lengthkm": 0.1,
"status": 1
},
{
"index": 4,
"busIndexFrom": 10,
"busIndexTo": 7,
"resistancePu": 0.019033446712018138,
"reactancePu": 0.0073837868480725625,
"susceptancePu": -17.715742449725074,
"maxCurrentA": 99999,
"lengthkm": 0.1,
"status": 1
},
{
"index": 5,
"busIndexFrom": 12,
"busIndexTo": 5,
"resistancePu": 0.02362528344671202,
"reactancePu": 0.009750566893424037,
"susceptancePu": -14.926753402969592,
"maxCurrentA": 99999,
"lengthkm": 0.1,
"status": 1
},
{
"index": 6,
"busIndexFrom": 10,
"busIndexTo": 5,
"resistancePu": 0.010717828798185941,
"reactancePu": 0.00442531179138322,
"susceptancePu": -32.912899768883726,
"maxCurrentA": 99999,
"lengthkm": 0.1,
"status": 1
},
{
"index": 7,
"busIndexFrom": 6,
"busIndexTo": 9,
"resistancePu": 0.037634637188208614,
"reactancePu": 0.015564767573696145,
"susceptancePu": -9.384122573980571,
"maxCurrentA": 99999,
"lengthkm": 0.1,
"status": 1
},
{
"index": 8,
"busIndexFrom": 9,
"busIndexTo": 5,
"resistancePu": 0.01739654195011338,
"reactancePu": 0.007181831065759637,
"susceptancePu": -20.275151399896846,
"maxCurrentA": 99999,
"lengthkm": 0.1,
"status": 1
},
{
"index": 9,
"busIndexFrom": 4,
"busIndexTo": 11,
"resistancePu": 0.21895549886621313,
"reactancePu": 0.08789328231292518,
"susceptancePu": -1.578919171635558,
"maxCurrentA": 99999,
"lengthkm": 0.1,
"status": 1
},
{
"index": 10,
"busIndexFrom": 12,
"busIndexTo": 8,
"resistancePu": 0.02269699546485261,
"reactancePu": 0.009382086167800454,
"susceptancePu": -15.55444575653805,
"maxCurrentA": 99999,
"lengthkm": 0.1,
"status": 1
}
]
}
}
\ No newline at end of file
examples/quickstart/run_nv_powerflow.log
+ 1
− 1
View file @ b081832a
......@@ -76,6 +76,6 @@ INFO:cimpy.cimimport:CIM object Line created : 11 times
INFO:cimpy.cimimport:CIM object SubGeographicalRegion created : 2 times
INFO:cimpy.cimimport:CIM object BusbarSection created : 13 times
INFO:cimpy.cimimport:CIM object TopologicalIsland created : 2 times
INFO:cimpy.cimimport:Created totally 275 CIM objects in 0.023180484771728516s
INFO:cimpy.cimimport:Created totally 275 CIM objects in 0.022675514221191406s
examples/quickstart/run_nv_powerflow.py
+ 1
− 0
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......@@ -44,6 +44,7 @@ q = a.makeOneDict()
aa = export.DataFrameToJson(q)
bb= aa.readSampleJson('/home/ubuntu/code/CIM_Read/pyvolt-docker/Data/template') ##due to the path, we need to provide absolute path here
cc= aa.extractKeyFromSampleJson(bb)
dd = aa.feedDataToTemplate(cc)
# Print node voltages
print("Powerflow converged in " + str(num_iter) + " iterations.\n")
......
pyvolt/export.py
+ 60
− 26
View file @ b081832a
......@@ -7,6 +7,7 @@ import cimpy
import os
import networkx as nx
import glob
from datetime import datetime
"""
to export read CIM file in pyvolt of ARETI into PandaPower-readble json.
......@@ -331,32 +332,65 @@ class DataFrameToJson(Exporter):
def feedDataToTemplate(self, template):
data = self.dict
for k in template.keys():
if k == 'busses':
# for k in template.keys():
# if k == 'busses':
# new_keys_data = ['bus', 'load']
# new_data= {key: data[key] for key in new_keys_data if key in data}
key_mapping = {'index':'index',
'type':'type',
'name':'name',
'activePowerkW': 'power_real', #from Load
'reactivePowerkVAR' : 'power_imag',
'voltageModulePu': 'voltage_pu',
'nominalVoltagekV': 'base_voltage' }
non_mapped = {'capacityPu', 'voltageArea', 'voltagePhasePu', 'powerLine', 'voltageMaxPu', 'voltageMinPu'}
# key_mapping = {'index':'index',
# 'type':'type',
# 'name':'name',
# 'activePowerkW': 'power_real', #from Load
# 'reactivePowerkVAR' : 'power_imag',
# 'voltageModulePu': 'voltage_pu',
# 'nominalVoltagekV': 'base_voltage' }
# non_mapped = {'capacityPu', 'voltageArea', 'voltagePhasePu', 'powerLine', 'voltageMaxPu', 'voltageMinPu'}
busses=[]
for _, row in data['bus'].iterrows():
entry = {
bus_entry = {
"index": row.idx,
"type": row.type,
"name": row['name'],
"activePowerkW": 0.0, # Default value
"reactivePowerkVAR": 0.0, # Default value
"capacityPu": 0.0, # Default value
"voltageArea": 1, # Example default; adjust if necessary
"voltageModulePu": (row['voltage_pu']),
"activePowerkW": row['power'].real,
"reactivePowerkVAR": row['power'].imag,
"capacityPu": 0.0, # arbitrary since it wasn't given
"voltageArea": 1, # arbitrary since it wasn't given
"voltageModulePu": row['voltage_pu'].real,
"voltagePhasePu": 0.0, # Default value
"nominalVoltagekV": float(row['base_voltage']),
"powerLine": 0, # Default value (adjust if needed)
"voltageMaxPu": 1.1, # Default value
"voltageMinPu": 0.9 # Default value
"powerLine": 0, # arbitrary since it wasn't given
"voltageMaxPu": 1.1, # arbitrary since it wasn't given
"voltageMinPu": 0.9 # arbitrary since it wasn't given
}
busses.append(bus_entry)
branches = []
for _, row in data['branch'].iterrows():
branch_entry = {
"index": row.idx,
"busIndexFrom": row['start_node'],
"busIndexTo": row['end_node'],
"resistancePu": row['r_pu'],
"reactancePu": row['x_pu'],
"susceptancePu": -row['x_pu'] / (np.absolute(row['z_pu'])**2), # B = -X / abs(Z)^2
"maxCurrentA": 99999, # arbitrary since it wasn't given
"lengthkm": 0.1, # arbitrary since it wasn't given
"status": 1 # arbitrary since it wasn't given (0 or 1)
}
branches.append(branch_entry)
result = {
"computationId": "power_flow_mv_input",
"computationUTC": datetime.utcnow().replace(microsecond=0).isoformat(),
"mtPowerFlowInput": {
"baseMVA": 100000,
"busses": busses,
"transformers": [
# You can insert transformer data here if available
],
"branches": branches
}
}
with open('output.json', 'w') as f:
json.dump(result, f, indent=4)
print("JSON export complete!")
run_nv_powerflow.log
+ 1
− 1
View file @ b081832a
......@@ -76,6 +76,6 @@ INFO:cimpy.cimimport:CIM object Line created : 11 times
INFO:cimpy.cimimport:CIM object SubGeographicalRegion created : 2 times
INFO:cimpy.cimimport:CIM object BusbarSection created : 13 times
INFO:cimpy.cimimport:CIM object TopologicalIsland created : 2 times
INFO:cimpy.cimimport:Created totally 275 CIM objects in 0.04271221160888672s
INFO:cimpy.cimimport:Created totally 275 CIM objects in 0.043735504150390625s
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