Modules

Prerequisites

Contents

• Symmetrical and asymmetrical three-phase system • Transformation methods with focus on symmetrical components • Neutral point treatment • Symmetrical impedances and equivalent circuits • Calculation of asymmetrical fault currents • Nodal voltage method • Mesh-current method • Overview about software solutions in the field of grid calculation • Diverse exercises for manual calculations for given grid layouts

Learning outcomes

Students have in-depth knowledge of basics in grid calculation and corresponding computational methods. They are able to recognise interactions with other subject areas and evaluate cross-disciplinary topics. Students acquire the prerequisites to independently solve application-oriented tasks. They are able to identify and apply the correct solution strategy and methodology for practically occurring problems. Basic network calculation methods are confidently mastered at the end of this course.

Assessment

The exam can be in written form or as an oral exam. • For a written examination: 90 minutes duration • For an oral exam: 30 min duration Written and oral exams can be conducted in personal attendance or in an online format.Until the end of the first three weeks of lectures it will be announced, if the examination will be offered in written or oral form.