Table 22 Simulation and analysis process information and specification of the system used.

From: A fault classification scheme based on protective agents for microgrid with parameters impact analysis

Software and the system used

Parameters and description

DIgSILENT P.F. 15.1

Workspaces

Graphical and DPL

Simulation Type

Electro-Magnetic Transients (EMT)

Output Parameters for Each Event

6 Parameters of the Current (Three Phases + Three Sequence Components)

Samples Number for Each Fault and Non-Fault Case Waveform

64 Samples

Sampling Window Frequency

3.2 kHZ

Output Data Type

Time Series

Recorded Output Data Environment

Microsoft-Excel

Simulation Duration of the Faults and Non-faults Cases (Average of all scenarios)

18.5 h

MATLAB

Workspace

Script File (m file)

The Used Tools

Discrete Wavelet Transform (DWT) and Statistical Features Extraction

The Used Wavelet Family and Types

Db (2,4,6,8) and Sym (2,4,6,8)

Statistical Features of DWT Coefficients

Six Features (Max, Min, Average, Standard Deviation, Skewness, and Energy)

DWT Process and Feature Extraction Duration (Average of all scenarios)

5.1 h

Python 3.8

Workspaces

TensorFlow Platform and Keras Library

Epochs for the Scenarios

From 400 to 9500 (variable for each training)

Learning Method

Supervised

DNNs Structure Specifications

Table 6

DNNs Training Duration (Average of all scenarios for different epochs)

From 40 min to 3.8 h

The System Used Specifications

CPU

Intel Core i5-6400 CPU @ 2.7 GHz

GPU

NVidia GeForce GTX 750 Ti