Operation and maintenance constitute a substantial share of the lifecycle expenditures of an
offshore renewable energy farm. A noteworthy number of methods and techniques have …

Digital twins have emerged as novel technology in the wind energy sector that enables the
design, monitoring and prediction of wind turbine performance. Despite growing attention on …

It is increasingly recognised that the future energy system will be digitalised, and that end-
user engagements with this system will be digitally mediated by smart ICT. The digitalisation …

Energy systems around the world are changing, not only in terms of the technologies
involved, but also with respect to economic, social, geographic and political dimensions …

The energy transition process that is being driven by the decentralization and electrification
of energy systems impacts significantly on electricity distribution grids. The fast-evolving …

The global energy scenario is undergoing an unprecedented transition. In the wake of
enormous challenges, such as increased population, higher energy demands, increasing …

Academic exploration of energy democracy has produced a rich theorization of its
foundations that exhibits significant pluralism in response to different geographic, social …

The proliferation of civic demands for democratisation through material infrastructures,
including those pertaining to energy, water, currency, and transport, indicates a desire to …

A transition to 'smart'local energy systems (SLES) could provide an opportunity to deliver a
range of social, economic, technical and place-based co-benefits for SLES communities …

Achieving global sustainability goals, while maintaining or increasing access to energy
services, calls for agile and many-faceted responses. The pursuit of 'smart local energy …