Most of the international literature has used Shannon entropy to measure the information gap. In this paper we propose a method that uses Shannon entropy to evaluate ex-ante energy technologies in a decision making process. It was called ITEM, i.e., Information Theory Energy technology ex-ante evaluation Method. The aim was to have a suitable tool for characterising the most critical project during energy planning. The ITEM method was used to evaluate ex-ante two renewable energy scenarios: biomass energy production vs. bio fuel gasoline production. Analysis results highlight bio fuel low entropy, promoting this technology scenario from every point of view.
Shannon Entropy and Information Theory for Energy Technology ex-ante evaluation / C.BALOCCO;D.VERDESCA. - In: INTERNATIONAL JOURNAL OF ENVIRONMENTAL TECHNOLOGY AND MANAGEMENT. - ISSN 1466-2132. - STAMPA. - VOL 7 n.1,2:(2007), pp. 0-0. [10.1504/IJETM.2007.013245]
Shannon Entropy and Information Theory for Energy Technology ex-ante evaluation
BALOCCO, CARLA
;
2007
Abstract
Most of the international literature has used Shannon entropy to measure the information gap. In this paper we propose a method that uses Shannon entropy to evaluate ex-ante energy technologies in a decision making process. It was called ITEM, i.e., Information Theory Energy technology ex-ante evaluation Method. The aim was to have a suitable tool for characterising the most critical project during energy planning. The ITEM method was used to evaluate ex-ante two renewable energy scenarios: biomass energy production vs. bio fuel gasoline production. Analysis results highlight bio fuel low entropy, promoting this technology scenario from every point of view.File | Dimensione | Formato | |
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