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POTENTIALS AND LIMITATIONS OF TRIGENERATION

机译:Trigeneration的潜力和局限性

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摘要

In a recent study Stockinger et. al. (2007) investigated combinations of IC-engine based combined heat and power plants with single stage absorption chillers. Here a graphical method is presented which helps to easily keep records of the components' efficiencies as well as of the users' demands. Technically feasible plant designs and -as the case may be- additional external energy flows are pictured in respective areas of a newly introduced effective energy trigram, an equilateral triangle with axes showing the fractions of heat, power and cooling effect. Applying the outlined strategy in discussions between consultant and contractor helps to get a realistic view on technical options. Furthermore the suggested method ensures that the cogeneration plant will operate on exergetically sound basis without overgeneration of any effective energy, thus resulting in an ecological and economically successful operating mode.
机译:在最近的一项研究中的运动量等。 al。 (2007)用单级吸收冷水机构调查了基于IC发动机的组合热量和发电厂的组合。这里提出了一种图形方法,其有助于容易地保留组件的效率以及用户需求的记录。技术上可行的植物设计和 - 壳体可以 - 额外的外部能量流在新引入的有效能量三角形的各个区域中,是一种等式三角形,其具有显示热量,功率和冷却​​效果的分数。在顾问和承包商之间的讨论中应用概述的策略有助于获得技术选择的现实看法。此外,建议的方法确保了热电联产工厂将在高端的基础上运行,而无需过度使用任何有效能量,因此导致生态和经济上成功的操作模式。

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