Output Simulation Results¶

In AMS, the results can be output in different formats.

One is the plain-text format, where it lists all solved dispatch requests. Another is the CSV format, where the dispatch results are exported to a CSV file.

In [1]:

import os

import ams

import pandas as pd

In [2]:

ams.config_logger(stream_level=20)

Import case and run simulation¶

In [3]:

sp = ams.load(ams.get_case('5bus/pjm5bus_demo.xlsx'),
              setup=True,
              no_output=False,)

Parsing input file "/Users/jinningwang/work/miniconda3/envs/amsre/lib/python3.12/site-packages/ams/cases/5bus/pjm5bus_demo.xlsx"...
Input file parsed in 0.0605 seconds.
Zero line rates detacted in rate_b, rate_c, adjusted to 999.
System set up in 0.0016 seconds.

In [4]:

sp.DCOPF.run(solver='CLARABEL')

Building system matrices
Parsing OModel for <DCOPF>
Evaluating OModel for <DCOPF>
Finalizing OModel for <DCOPF>
<DCOPF> initialized in 0.0081 seconds.
<DCOPF> solved as optimal in 0.0071 seconds, converged in 8 iterations with CLARABEL.
Report saved to "pjm5bus_demo_out.txt" in 0.0008 seconds.

Out[4]:

True

Report to plain text¶

Then, the system method report() can generated a plain-text report of the simulation results.

If multiple simulation runs are performed, the report will contain all of them.

In [5]:

sp.report()

Report saved to "pjm5bus_demo_out.txt" in 0.0013 seconds.

Out[5]:

True

The report is like:

In [6]:

report_file = "pjm5bus_demo_out.txt"

with open(report_file, 'r') as file:
    report_content = file.read()

print(report_content)

AMS 1.0.5
Copyright (C) 2023-2024 Jinning Wang

AMS comes with ABSOLUTELY NO WARRANTY
Case file: /Users/jinningwang/work/miniconda3/envs/amsre/lib/python3.12/site-packages/ams/cases/5bus/pjm5bus_demo.xlsx
Report time: 04/10/2025 09:30:37 AM


========== System Statistics ==========
Buses                              5
Generators                         5
Loads                              3
Shunts                             0
Lines                              7
Transformers                       0
Areas                              3
Zones                              2

============================== DCOPF ==============================
                            P (p.u.)

Generation                        10
Load                              10

Bus DATA:
                                Name       vBus (p.u.)        aBus (rad)       pi ($/p.u.)

0                                  A                 0          0.023989          0.077623
1                                  B                 0          0.034668              0.01
2                                  C                 0          0.013068               0.3
3                                  D                 0                -0           0.15705
4                                  E                 0          0.022896          0.091705

Line DATA:
                                Name        plf (p.u.)

Line_1                       Line AB          -0.38001
Line_2                       Line AD           0.78912
Line_3                       Line AE           0.17089
Line_4                       Line BC                 2
Line_5                       Line CD           0.43998
Line_6                       Line DE          -0.77089
Line_7                      Line AB2          -0.38001

StaticGen DATA:
                                Name         pg (p.u.)      pmaxe (p.u.)      pmine (p.u.)

PV_1                            Alta               0.2               2.1               0.2
PV_3                        Solitude              1.44               5.2               0.5
PV_5                        Brighton               0.6                 6               0.6
PV_2                            PV 2              5.76                99               -99
Slack_4                     Sundance                 2                 2               0.2

Export to CSV¶

The dispatch simulation can also be exported to a CSV file.

In [7]:

sp.ED.run(solver='CLARABEL')

Parsing OModel for <ED>
Evaluating OModel for <ED>
Finalizing OModel for <ED>
<ED> initialized in 0.0129 seconds.
<ED> solved as optimal in 0.0145 seconds, converged in 11 iterations with CLARABEL.
Report saved to "pjm5bus_demo_out.txt" in 0.0024 seconds.

Out[7]:

True

In [8]:

sp.ED.export_csv()

Out[8]:

'pjm5bus_demo_ED.csv'

In [9]:

df = pd.read_csv('pjm5bus_demo_ED.csv')

In the exported CSV file, each row represents a timeslot, and each column represents a variable.

In [10]:

df.iloc[:, :10]

Out[10]:

	Time	pg PV_1	pg PV_3	pg PV_5	pg PV_2	pg Slack_4
0	EDT1	0.2	0.500000	0.6	4.829523	1.870477
1	EDT2	0.2	0.937153	0.6	5.262847	2.000000
2	EDT3	0.2	1.439984	0.6	5.760016	2.000000
3	EDT4	0.2	0.937153	0.6	5.262847	2.000000
4	EDT5	0.2	0.500000	0.6	4.829523	1.870477

Cleanup¶

Remove the output files.

In [11]:

os.remove('pjm5bus_demo_out.txt')
os.remove('pjm5bus_demo_ED.csv')