Electricity distribution is moving towards active, more flexible, smarter and decentralized
energy systems. This transition requires System Operators (SO) to dynamically monitor and …

Residential demand response (meaning changes to electricity use at specific times) has
been proposed as an important part of the low carbon energy system transition. Modelling …

Our paper focuses on the electricity consumption in the EU countries and smart meters that
are gaining growing popularity and widely used by households and businesses for …

If widely adopted, domestic demand-side response (DSR) could help make Great Britain's
electricity system more secure, clean and affordable. However, research suggests some …

This thesis describes the trial design and analysis of the Low Carbon London (LCL)
residential dynamic Time-of-Use (dToU) trial. This trial investigated the potential for dToU …

This report forms part of the System Architecture Challenges: Supergen+ for HubNet project.
It has been suggested that establishing a system architect would provide whole-system …

In the UK and beyond, new end-use technologies are widely expected to enable
households to reduce energy system emissions as part of action on climate change …

Smart meters, growing increasingly popular across the UK, primarily serve the purpose of
monitoring residential electricity consumption. Despite their convenience and benefits, many …

The inexorable increase in penetration of clean energies and responsive loads in the
Distribution Network (DN), introduces new technical challenges for network operators. The …

Residential demand-side response (DSR) is a key strategy for meeting the challenges
facing the UK electricity system. Leveraging residential flexibility should help to enhance …