Substation digitalisation via GOOSE protocol between intelligent electronic devices
Article Sidebar
Open full text
Issue Vol. 15 No. 2 (2025)
-
Fine-grained detection and segmentation of civilian aircraft in satellite imagery using YOLOv8
5-12
-
Application of YOLO and U-Net models for building material identification on segmented images
13-17
-
Integrating genomics & AI for precision crop monitoring and adaptive stress management
18-26
-
Design and evaluation of a new tent-shaped transfer function using the Polar Lights Optimizer algorithm for feature selection
27-31
-
Object detection algorithm in a navigation system for a rescue drone
32-36
-
An efficient omnidirectional image unwrapping approach
37-43
-
Face recognition in dense crowd using deep learning approaches with IP camera
44-50
-
Analysis of selected methods of person identification based on biometric data
51-56
-
Diagnostic capabilities of Jones matrix theziogaphy of the multifractal structure of dehydrated blood films
57-60
-
Investigating the influence of boron diffusion temperature on the performance of n-type PERT monofacial solar cells with reduced thermal steps
61-64
-
Modeling of photoconverter parameters based on CdS/porous-CdTe/CdTe heterostructure
65-69
-
Design and challenges of an autonomous ship alarm monitoring system for enhanced maritime safety
70-76
-
Substation digitalisation via GOOSE protocol between intelligent electronic devices
77-83
-
Conceptual model of forming a proposal for providing communication to a unit using artificial intelligence
84-89
-
Development of the analytical model and method of optimization of the priority service corporate computer "Elections" network
90-93
-
Heterogeneous ensemble neural network for forecasting the state of multi-zone heating facilities
94-99
-
Push-pull voltage buffer with improved load capacity
100-103
-
Estimation of renewable energy sources under uncertainty using fuzzy AHP method
104-109
-
Model of the electric network based on the fractal-cluster principle
110-117
-
Modeling dynamic and static operating modes of a low-power asynchronous electric drive
118-123
-
Development and optimization of the control device for the hydraulic drive of the belt conveyor
124-129
-
Optimization of fiber-optic sensor performance in space environments
130-134
-
Analysis of VLC efficiency in optical wireless communication systems for indoor applications
135-138
-
Prediction of quality software quality indicators with applied modifications of integrated gradiates methods
139-146
Main Article Content
DOI
Authors
Abstract
The article addresses the implementation of projects for new digital substations, as well as upgrading existing substations using digital intelligent electronic devices. The purpose of the scientific article is to implement the GOOSE protocol into the IEC 61850 standard, enabling all substation process equipment to be interconnected with a single information network. These technological advancements significantly influence the process of operating secondary equipment at substations and, at first, may pose certain challenges during its testing. The experimental analysis confirmed that the mechanism of cyclic transmission of GOOSE messages in REF615 and SEPAM T62 devices operates in accordance with the protocol. The repeated transmission mechanism ensures message delivery and enables detection of communication failures after the maximum period of transmission of GOOSE messages.
