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首页> 外文期刊>Procedia CIRP >Techno-economical Analysis of Photovoltaic-battery Storage Systems for Peak-shaving Applications and Self-consumption Optimization in Existing Production Plants
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Techno-economical Analysis of Photovoltaic-battery Storage Systems for Peak-shaving Applications and Self-consumption Optimization in Existing Production Plants

机译：用于削峰应用的光伏电池存储系统的技术经济分析和现有生产工厂的自耗优化

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摘要

With rising electricity costs, increasing environmental awareness and aggravating legal requirements, production plants demand innovations in the field of energy efficiency and utilization of renewable energies. Here we perform a techno-economical assessment of photovoltaic-battery storage systems for industrial peak-shaving and self-consumption applications. In order to consider individual load profiles, different battery types, aging mechanisms, varying costs for electricity and storage capacity, a simulation tool was developed. Net present value method was applied to evaluate the costs over the systems’ service life. The case study shows positive net present values for system configurations with large photovoltaic systems compared to storage capacity.
机译：随着电力成本上涨，环保意识的增强和法律要求的提高，生产工厂要求在能效和可再生能源利用方面进行创新。在这里，我们对用于工业削峰和自耗应用的光伏电池存储系统进行了技术经济评估。为了考虑单独的负载曲线，不同的电池类型，老化机制，电力和存储容量的变化成本，开发了一种仿真工具。净现值法用于评估系统使用寿命内的成本。案例研究显示，与存储容量相比，大型光伏系统的系统配置的正净现值。

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