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Techno-economic assessment of hybrid CSP-biogas power plants

机译:Hybrid CSP-Biogas发电厂的技术经济评估

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This study aims to investigate the performance and economic benefits arising from the integration of concentrating solar power (CSP) plants with anaerobic digestion processes. To demonstrate the capabilities of hybrid CSP-biogas plants, the CSP section of the Ottana solar facility (Italy) is considered as a case study. A simulation model for the performance analysis of the hybrid system is developed, and the effects of variation in the volume of the anaerobic digester and the biogas storage capacity on the main performance indexes are evaluated. Furthermore, two different operating strategies for energy storage management are compared and the possible requirements for energy curtailment are analysed. Finally, a preliminary economic analysis is carried out. The results demonstrate the benefits and improvements in plant capacity factor and efficiency arising from proper sizing of the biogas section. Conversely, over-sizing of the biogas section results in significant curtailments in biogas and/or solar field energy production, due to the limited storage capacity. Consequently, the optimal configuration, even from an economic point of view, is achieved by a biogas section of a size that is able to supply part (in the range of 10%-65%) of the nominal thermal power input required by the power block. (C) 2020 Elsevier Ltd. All rights reserved.
机译:本研究旨在调查厌氧消化过程中集中太阳能(CSP)植物的绩效和经济效益。为了证明杂交CSP-BIOGAS植物的能力,奥纳纳太阳能设施(意大利)的CSP部分被认为是案例研究。开发了一种用于杂交系统性能分析的仿真模型,评估了厌氧消化器蒸煮器体积的变化和沼气储存能力的影响。此外,比较了两种不同的能量存储管理操作策略,分析了能量缩减的可能要求。最后,进行了初步经济分析。结果证明了植物容量因数和效率的益处和效率施加了沼气部分的适当尺寸。相反,由于储存能力有限,沼气部分的过度尺寸导致沼气和/或太阳能场能量产生的显着缩减。因此,即使是经济角度来看,也可以通过能够提供电力所需的标称热功率输入的尺寸的尺寸的尺寸(在10%-65%)的尺寸的沼气部分来实现最佳配置堵塞。 (c)2020 elestvier有限公司保留所有权利。

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