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Integration of different energy vectors in polygeneration systems

机译:多联产系统中不同能量矢量的集成

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One polygeneration node is an energy system where the user demands are met by different generation sources, possibly including renewable energy inputs and energy storages. User demands can involve one single energy vector like electricity, heating, cooling etc. or can be a combination of all of them at the same time. The management strategy of these systems is not univocal since different mix of production can meet the user demand. The operational management has to follow a strategy aiming at some objective like maximisation of renewable energy share, minimisation of operational cost, minimisation of environmental emission etc. The optimal strategy must be based on a model of the system. An optimisation procedure based on a techno-economical approach is here presented together with its main features. An application example is presented and results discussed.
机译:一个多代发电节点是一种能源系统,其中不同的发电来源可以满足用户需求,其中可能包括可再生能源输入和储能。用户需求可以涉及一个单一的能量矢量,例如电,加热,冷却等,也可以同时将它们组合在一起。这些系统的管理策略不是明确的,因为不同的生产组合可以满足用户需求。运营管理必须遵循针对诸如可再生能源份额最大化,运营成本最小化,环境排放最小化等目标的战略。最佳策略必须基于系统模型。本文介绍了一种基于技术经济方法的优化程序及其主要功能。给出了一个应用示例并讨论了结果。

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