A tool for defining and simulating storage strategies on the smart grid

Abstract

Intelligent distribution of electrical power is a key problem on the Smart Grid. It is known that the introduction of micro-storage devices, such as electric cars, can lead to benefits for consumers both in terms of power cost and emissions output. This process requires consumers to be educated on the importance of power storage, and it also requires the development of intelligent power storage strategies. This paper introduces a simulation tool that can be used to achieve both of these goals. In particular, our software allows users to easily define a Smart Grid topology, and then use a simple scripting language to define intelligent power storage strategies for simulated consumers. The software permits evaluation of different strategies, which can lead to practical improvements for consumers.