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A new tool for design optimization and cost estimation of stand-alone photovoltaic power plants

机译:独立光伏电站设计优化和成本估算的新工具

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To achieve maximum safety, durability, cost-effectiveness and overall system performance, a stand-alone photovoltaic power system must be designed and installed following existing guidelines and codes. Numerous software tools exist to achieve this but many of them are for pre-feasibility analysis, simulation, optimization and research and development. They are rather too sophisticated for system designers and installers who need user-friendly and accurate tools to get the job done in the shortest possible time. This paper presents the development of a Matlab/Simulink-based sizing and simulation tool that utilizes the graphical powers of Simulink and offers the designer a user-friendly platform to size the system components using site-specific design parameters and perform cost estimate of any intended stand-alone photovoltaic power system. The robustness of the tool is validated by the agreement of the results with those of analytical methods.
机译:为了获得最大的安全性,耐用性,成本效益和整体系统性能,必须根据现有准则和规范设计和安装独立的光伏发电系统。有许多软件工具可以实现这一目标,但是许多软件工具用于预可行性分析,仿真,优化以及研究和开发。对于需要用户友好且准确的工具以在最短的时间内完成工作的系统设计人员和安装人员而言,它们过于复杂。本文介绍了基于Matlab / Simulink的尺寸调整和仿真工具的开发,该工具利用Simulink的图形功能,并为设计人员提供了一个用户友好的平台,可以使用特定于站点的设计参数来对系统组件进行尺寸调整,并对任何预期的成本进行估算独立光伏发电系统。结果与分析方法的一致性证明了该工具的鲁棒性。

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