The paper proposes a hierarchical control for active networks that integrates both centralized and decentralized EMS. One day-ahead, the centralized EMS schedules the dispatching of the active resources for the next day. In real-time operation, the intraday optimization adjusts the day-ahead scheduling for technical (e.g., to relieve voltage contingencies or resolve current congestions) or economical (e.g. losses reduction) reasons with a decentralized EMS. The effectiveness of the proposed procedure has been tested on the Italian representative networks produced by the research project ATLANTIDE.
Cooperative Centralised and Decentralised Energy Management Systems for Active Networks
PILO, FABRIZIO GIULIO LUCA;PISANO, GIUDITTA;SOMA, GIAN GIUSEPPE;
2015-01-01
Abstract
The paper proposes a hierarchical control for active networks that integrates both centralized and decentralized EMS. One day-ahead, the centralized EMS schedules the dispatching of the active resources for the next day. In real-time operation, the intraday optimization adjusts the day-ahead scheduling for technical (e.g., to relieve voltage contingencies or resolve current congestions) or economical (e.g. losses reduction) reasons with a decentralized EMS. The effectiveness of the proposed procedure has been tested on the Italian representative networks produced by the research project ATLANTIDE.
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