• Component

    École Nationale Supérieure d'Électrotechnique d'Électronique d'Informatique d'Hydraulique et des Télécommunications

  • Semester

    Printemps

Objectives

-          Skill in energy system modelling by using electrical equivalent circuit models whatever the physical domain (electrical, mechanical, hydraulic, magnetic, thermal)

-          Ability to analyse the time and frequency behaviour of specific transfer functions and apply the root locus method for stability analysis.

 

Read more

Description

Introduction to physical analogies in energy systems:

- Generalised energy variables and generalised power variables.

- Elements of physical systems: source, dissipative or energy storage elements (I or C elements), interconnecting elements (generalized nodes, transformers and gyrators)

- causality in physical systems.

- Examples of systems: academic cases, liquid level control, motor position control

 

Analysis of continuous linear systems

- linearization of a nonlinear system.

- Temporal analysis: influence of poles and zeros in transfer functions.

- Stability analysis by the root locus method.

 

Read more

Pre-requisites

Electrical circuits, Laplace Transform

Read more

Additional information