Controlling Power Systems with Renewables — A Modular Approach (Part IV)
So far we have motivated the need for modular design in power systems, developed a modular power system model, and derived a general purpose modular stability...
So far we have motivated the need for modular design in power systems, developed a modular power system model, and derived a general purpose modular stability...
In this post we will derive a decentralised stability criterion for a class of structured dynamical models. This will form the basis of our modular approach...
In this post we will introduce a structured model of an electrical power system that is well suited for modular control system design.
In this series of posts we will investigate an often overlooked aspect in the challenge of replacing fossil fuel generation with renewables: that of grid stability…
The premise of decentralised control is to regulate the behaviour of a large interconnected system by designing controllers for the individual components…
Replacing human drivers with autonomous systems has the potential to make driving safer and more efficient. However even the problem of autonomously keeping the distance between...