Title :
Hybrid Scheme of Electricity Metering in Smart Grid
Author :
Simonov, Mikhail
Author_Institution :
Ist. Superiore Mario Boella, Turin, Italy
Abstract :
The hybrid scheme of electricity metering combining time- and event-driven approaches makes visible events. It enables the detection, understanding, and management of nonstationary flows of electricity as they vary by real-life processes. We use the internal metering data to supply electric values and additional meta-information being elicited, e.g., scalar values characterizing variations of power flows and their timing. The capability to recognize events and their sequences produces new information flows in smart grids. We discuss how to exploit the process knowledge in the grid´s control.
Keywords :
energy management systems; metering; smart power grids; electricity metering hybrid scheme; electricity nonstationary flow management; internal metering; smart grid; Electricity; Power system dynamics; Process control; Real-time systems; Shape; Smart grids; Time division multiplexing; Electricity metering; energy management; event detection; smart grids;
Journal_Title :
Systems Journal, IEEE
DOI :
10.1109/JSYST.2013.2260676