Economie d'énergie en trigénération |
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Authors: | Ppin Magloire Tchouate Heteu Lon Bolle |
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Affiliation: | Unité de thermodynamique et turbomachines, département de mécanique, Université catholique de Louvain, place du Levant n° 2, 1348, Louvain-La-Neuve, Belgique |
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Abstract: | Trigeneration is defined as the production of three useful forms of energy—heat, cold and power—from a primary source of energy such as natural gas or oil. For instance, trigeneration systems typically produce electrical power via a reciprocating engine or gas turbine and recover a large percentage of the heat energy retained in the lubricating oil, exhaust gas and coolant water systems to maximize the utilization of the primary fuel. The heat produced can be totally or partially used to fuel absorption refrigerators. Therefore, trigeneration systems enjoy an inherently high efficiency and have the potential to significantly reduce the energy-related operation costs of facilities. In this paper, we describe a model of characterization of trigeneration systems trough the condition of primary energy saving and the quality index, compared to the separate production of heat, cold and power. The study highlights the importance of the choice of the separate production reference system on the level of primary energy saving and emissions reduction. |
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Keywords: | Mots-clé : Trigé né ration Cogé né ration É conomie d'é nergie Absorption ExergieMots-clé : Trigeneration Cogeneration Energy saving Absorption Exergy |
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