As the world is planning for a future with low carbon emissions, today's power system is
transitioning from its existing traditional hierarchical structure to a more decentralized …

The communication network development and rising penetration of prosumers in distribution
networks pave the way to emerge a fully decentralized energy transactions framework …

The energy transition to a decarbonized energy scenario leads toward distributed energy
resources in which end users can both generate and consume renewable electricity. As a …

Energy communities enable close cooperation and collaboration among members (ie,
consumers, producers, and prosumers), where buildings, energy resources, and loads can …

To ensure the optimal co-operation of multi-vectored network microgrids (MV-NMG), this
paper focuses on cooperation-based transactive energy management. Transactive energy …

The increase in demand due to scientific innovation and economic expansion raises
challenges linked to environmental impact and sustainable market development. This study …

Peer-to-peer electricity trading has emerged as a critical way to meet the varied demands of
prosumers within urban virtual power plants. To better support supply-demand balance and …

To avoid the issue of industrial layout plans in Airport Economic Zones (AEZs) being hard to
implement due to mismatched the land supply and demand, it is necessary to clarify …

Energy communities (ECs) present a viable option to support energy transition at local scale.
Peer-to-peer (P2P) energy markets can trigger prosumers to increase local renewable self …

In this paper, network-aware clearing algorithms for local energy markets (LEMs) and local
flexibility markets (LFM) are proposed to be sequentially run and coordinate assets and …