Modules

Prerequisites

Contents

Modeling of power system components and decentralized renewable energy sources; structures of future power systems; decentralized control design; distributed control algorithms; application of distributed control algorithms to power system and microgrid operation.

Learning outcomes

On completion of this module, students should be able to: • Model the dynamics of fundamental components in future power systems; • Design local control schemes for decentralized renewable generation sources; • Design distributed coordination schemes for intelligent power systems using cooperative control algorithms for complex networks.

Assessment

• Written Examination (90 minutes)

Remarks

No lectures take place.