Hierarchically structured automatic voltage control (AVC) architecture has attracted
increased interest as networks operate closer to their capacity limits. Hierarchical AVC …

The electricity network balancing problem consists of ensuring that the electricity demands
of the consumers are met by the committed supply. Constraints are imposed on the different …

We consider a basic model for two-hop transmissions of two information flows which
interfere with each other. In this model, two sources simultaneously transmit to two relays (in …

Autonomous and autonomic systems have proved highly effective for self-management of
resource allocation in open, distributed computer systems and networks. The operation of …

In this paper, a novel methodology is presented in the context of a peer-to-peer (P2P)
exchange, with respect to carbon emissions. The methodology includes two steps: 1) the …

Hierarchically structured Automatic Voltage Control (AVC) architecture enables wide-area
closed-loop Coordinated Voltage Regulation (CVR). Owing to the inherent complexity of the …

This paper examines the economics of the electricity market out to 2050. We propose a
flexible zoning concept, built up around economic and technical layers, in networks of the …

Automatic and Co-ordinated Voltage Regulation (CVR) contributes significantly to economy
and security of transmission grids. The role of CVR will become more critical as systems are …

Algorithms are essential for solving many important problems, including in power systems
control, where they can allow the connection of new demand and generation whilst deferring …

Over the last years power systems are increasingly operated closer to their capacity limits,
due to technical, economic and environmental drivers. Consequently there is an …