A token ring procedure for distributed co-ordinated regulation of active MV networks

In this paper, an internet-like procedure for power management of MV electrical networks with responsive busses is presented. This procedure is based on the “token ring” internet protocol and considers a multi-level co-ordination of all active customers. It aims at reducing the complexity of distributed networks management while ensuring free customer participation in services for the grid support on the basis of power-price signals. This procedure grounds on a smart grids scenario, where smart meters and communication technologies allow connectivity and interactivity among distributed customers, whereas information are exchanged enabling a flexible and price-smart behaviour of each node. Its applicability is demonstrated on a case study electrical network.