|M.Sc Student||Ido Avraham|
|Subject||Exploiting Redundancies in Over-Actuated Power Systems|
|Department||Department of Electrical Engineering||Supervisors||Assistant Professor Levron Yoash|
|Full Professor Mirkin Leonid|
|Full Thesis text|
An emerging concept in smart grid design is distributed generation, a new design approach for power networks in which energy is produced not only in central power stations, but also in small local generators that form Distributed Energy Resource (DER) networks. Key issues in large-scale power sharing among distributed sources are associated with distributed generation control and limitations on available communication infrastructure. The objective of this research is to develop a method for power sharing among DERs in real time, using limited communication channels. These issues are addressed by control strategies stemming from low-rank coordination, a control technique in which individual DERs interact via aggregate variables associated with Virtual Power Plants (VPPs). The freedom in distributing the power production is exploited via an explicit characterization of stable right inverse and null-space generator of a system associated with aggregated VPPs. As a result, both the overall cost of operation and the communication overhead are minimized.