Masterarbeit, 2010
263 Seiten, Note: 6
The objective of this work is to develop an Excel VBA-based software tool for training purposes in radial power system protection. The software automates various aspects of radial feeder overcurrent protection analysis.
Chapter 1: Introduction: This chapter introduces the project, providing justification for the development of an Excel VBA-based software tool for radial power system protection training. It highlights the need for such a tool and outlines the methodology employed in its creation. The justification likely emphasizes the complexity of radial power system protection calculations and the benefits of having an automated tool for educational purposes. The methodology section would detail the steps taken in designing and building the software, perhaps mentioning specific algorithms or techniques used for simulating various protection schemes. The overall goal is to set the stage for the subsequent chapters detailing the tool's functionalities and capabilities.
Radial power system, protection, overcurrent, Excel VBA, software, training, fault calculation, fuse coordination, relay coordination, directional overcurrent protection, ground fault protection, automatic recloser, sectionalizer.
This document is a language preview of a comprehensive text. It provides a title, table of contents, objectives and key themes, chapter summaries, and a list of keywords.
The text describes the development of an Excel VBA-based software tool for training purposes in radial power system protection. The software automates various aspects of radial feeder overcurrent protection analysis.
The text covers radial power system protection, including overcurrent protection, fuse coordination, relay coordination, directional overcurrent protection, ground fault protection, automatic recloser, and sectionalizer functionalities.
The objective is to create an automated analysis tool for radial power system protection, simplifying overcurrent protection calculations and providing a self-contained learning tool for power system protection training.
Chapter 1 is an introduction to the project, providing justification for the development of the Excel VBA-based software tool. It outlines the need for such a tool and describes the methodology employed in its creation.
The keywords include: Radial power system, protection, overcurrent, Excel VBA, software, training, fault calculation, fuse coordination, relay coordination, directional overcurrent protection, ground fault protection, automatic recloser, sectionalizer.
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