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Abstract
Abstract In the present work a systematic procedure, including process design and integration techniques, for sizing and operation optimization of a poly-generation plant integrated with heat storage systems is presented. The storage system is used to balance energy demand fluctuation during 24 hours of a day. Adding thermal storage capacity allows for better utilization of equipments and avoiding over estimation of installed capacity. The integration of heat storage systems with polygeneration technologies in a multi objective and multi-period optimization model is the novelty of this work.
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