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Tars 10000 m~2 CSP + flat plate solar collector plant-cost-performance optimization of the design

机译:TARS 10000 M〜2 CSP +平板太阳能收集器厂 - 成本性能优化设计

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A novel solar heating plant with Concentrating Solar Power (CSP) collectors and Flat Plate (FP) collectors has been put into operation in Tars since July 2015. To investigate economic performance of the plant, a TRNSYS-Genopt model, including a solar collector field and thermal storage tank, was established. The optimization showed that there was a synergy in combining CSP and FP collectors. Even though the present cost per m~2 of the CSP collectors is high, the total energy cost is minimized by installing a combination of collectors in such solar heating plant. It was also found that the CSP collectors could raise flexibility in the control strategy of the plant. The TRNSYS-Genopt model is based on individually validated component models and collector parameters from experiments. Optimization of the cost performance of the plant has been conducted in this paper. The simulation model remains to be validated with annual measured data from the plant.
机译:自2015年7月以来,采用集中太阳能(CSP)收集器和平板(FP)收集器的新型太阳能加热装置和平板(FP)收集器已经在焦油中投入运行。为调查工厂的经济性能,包括太阳能收集器领域的TRNSYS-Genopt模型和热储罐成立。优化表明,结合CSP和FP收集器有一个协同作用。尽管每M〜2的CSP收集器的当前成本很高,但通过在这种太阳能加热装置中安装收集器的组合,总能量成本最小化。还发现CSP收集器可以提高植物控制策略的灵活性。 Trnsys-Genopt模型基于实验的单独验证的组件模型和收集器参数。本文进行了优化工厂的成本性能。仿真模型仍有待验证的植物测量数据。

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