The multi-objective optimisation of electrical thermal storage to compensate for the intermittency and variability of renewable generation in distribution networks

In order for the UK to successfully meet its renewable generation targets and carbon emissions reductions, identifying and utilising an effective means of energy storage is a key developmental step. One such means of energy storage is Electrical Thermal Storage (ETS). Incorporating smart ETS devices at a residential level to act as a responsive demand could greatly benefit the network. This paper presents a methodology to optimise the size and location of ETS devices in distribution networks by using a multiple objective optimisation technique.