智能太阳能跟踪和现场光伏效率测量系统

B. Basnayake, W. Jayathilaka, Y. Amarasinghe, R. Attalage, A. Jayasekara
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引用次数: 11

摘要

在预测光伏潜力的过程中,现场光伏效率数据是一项宝贵的资产。为了得到更好的、令人信服的结果,不仅要测量太阳能输出,还要测量环境条件和面板温度。由于无法获得现场数据,各种预测方法得出的结论都是错误的。提出了智能太阳能跟踪和现场光伏测量系统,该系统可以测量和记录现场太阳能数据,是一种用于太阳能潜力预测的新工具。该设备能够测量和记录可用的太阳能以及环境测量,如光强度水平、环境温度和湿度水平以及面板温度。测量的数据将存储在内部存储卡中,随时可用。集成的无线通信模块将实现设备的远程登录和控制。基于计算机的图形用户界面(GUI)软件应用程序可以远程访问所收集的数据并优化其操作。
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Smart solar tracking and on-site photovoltic efficiency measurement system
On-site photovoltaic efficiency data is a valuable asset during a process of predicting photovoltaic potential. Not just the solar power output, but also the ambient conditions and panel temperature should be measured for a better and convinced results. Due to the unavailability of on-site data, erroneous conclusions have been made after various prediction methods. Smart solar tracking and on-site photovoltaic measurement system is proposed as a novel tool to be used in solar potential predictions which can measure and log on-site solar data. This device is capable of measuring and logging available solar power together with ambient measurements such as light intensity level, ambient temperature and humidity level and panel temperature. Measured data will then be stored in an internal memory card and will be available at any moment. Integrated wireless communication module will enable remote log-in and control of the device. Computer based Graphical User Interface (GUI) software application enables the remote access to the gathered data and optimization of its operation.
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