Minimum Energy Quadratic Programming Method for Linear Circuits, Load Flows and Optimizing Generator Dispatch

Improved operation and comprehension of analysis tools are required in this era of rapid changes in electrical power system structure, electricity market regulations and operation. In this paper a brief introduction and worked example of a proposed formulation of generator dispatch utilizing suitable optimisation techniques to minimise an objective (energy) function while satisfying Ohm’s law and Kirchhoff’s Current law is presented. The formulation of this Minimum Energy State of System (MESoS) perspective can be used to solve circuit problems, load flows and optimising generator dispatch problems. The aim of this paper is to present this consistent solution perspective and so make some contribution towards improved understanding and communication of power system analysis methods and results. Finally, this MESoS concept is applied to a standard 6 bus test power systems.