The described model allows to calculate Unit Commitment (hereafter - UC), providing for compliance with all technical limitations in electric power generation and electricity regime parameters to ensure minimization of total costs, as determined on the basis of a prosumer node’s parameters and filed with the participants of UC market price bids, including the cost of power units. A prosumer node, usually a smart home or building, can be considered at the same time as a producer and consumer of energy where automatic energy management systems can be both very effective and profitable. The proposed optimization method, which can be applied to traditional power stations, distributed generation and prosumer nodes, is described and shortly commented also with reference to its practical application.

The Prosumer Node in Modelling Unit Commitment Technology

MUZI, Francesco
2014-01-01

Abstract

The described model allows to calculate Unit Commitment (hereafter - UC), providing for compliance with all technical limitations in electric power generation and electricity regime parameters to ensure minimization of total costs, as determined on the basis of a prosumer node’s parameters and filed with the participants of UC market price bids, including the cost of power units. A prosumer node, usually a smart home or building, can be considered at the same time as a producer and consumer of energy where automatic energy management systems can be both very effective and profitable. The proposed optimization method, which can be applied to traditional power stations, distributed generation and prosumer nodes, is described and shortly commented also with reference to its practical application.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11697/37363
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