The transition towards a more decarbonised, resilient and distributed energy system
requires local initiatives, such as Smart Local Energy Systems (SLES), which lead …

Addressing energy poverty is crucial for establishing a decarbonized economy that
promotes energy equity and shared prosperity, through which the catalytic role of …

Smart local energy systems (SLES) are expected to contribute to meeting net zero carbon
emission targets, as well as enabling energy decentralisation, democratisation and …

Newly emerging digitally-connected and renewables-based energy systems (often referred
to as 'Smart Local Energy Systems') aim to generate, supply, manage and balance energy …

Abstract The concept of Strategic Action Fields (SAF) is combined with analysis of
institutional work to investigate the tactics actors adopt to support or deter policy for …

Local energy systems (LES) are designed to decarbonize, balance, and coordinate supply,
storage and demand resources. Which local conditions enable LES to flourish? Using a …

Smart and local energy systems (SLES) offer an alternative to large-scale energy provision
and a boost to the transition towards a low-carbon economy. However, the Business Model …

Energy systems across the world are becoming localized, decarbonized, and digitalized.
This is the era of local energy system integrating heat, power, and transport. Local energy …

Abstract Integrated Local Energy Systems (LES) are being pursued internationally as a
component of net zero, with additional benefits to regions and communities. This paper …

Smart local energy systems (SLES) are expected to contribute to meeting net zero carbon
emission targets, as well as enabling energy decentralisation, democratisation and …