Description: 基于MATLAB的光伏电池仿真的通用光伏电池封装模型-MATLAB-based simulation of the photovoltaic cells of common photovoltaic cells package model Platform: |
Size: 855040 |
Author:钟璐 |
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Description: 光伏电池仿真模型，封装内容稍微简洁一些的的。-Simulation model of photovoltaic cells, package the contents of some of the slightly simple. Platform: |
Size: 622592 |
Author:钟璐 |
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Description: 光伏电池的matlab仿真模型，主要根据光伏电池的数学模型建立，可以仿真光伏电池随温度与光照条件变化的伏安特性。-Matlab simulation model for photovoltaic cells, photovoltaic cells based primarily on mathematical modeling, simulation of photovoltaic cells can be temperature and light conditions with changes in voltage characteristics. Platform: |
Size: 23552 |
Author:刘乐乐 |
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Description: 光伏及逆变器matlab模型，对光伏发电进行动态仿真(Photovoltaic and inverter matlab model for dynamic simulation of photovoltaic power generation.) Platform: |
Size: 23552 |
Author:m162009 |
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Description: 一些入门的并网控制系统，含光伏和储能部分。(Some introductory networked control systems, including photovoltaic and energy storage) Platform: |
Size: 25758720 |
Author:咏而归 |
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Description: 一、课题介绍：本课题为基于MATLAB的平面参数测量系统，是以一个带缺陷的光伏面板作为素材，检测出缺陷所在，定位后计算出每个缺陷的面积大小。本设计带有一个人机界面GUI.
二、算法流程：读入测试图片——rgb转换——分割——开闭运算——空洞填充——过滤微小连通域面积——计算缺陷面积和个数。(1. Topic introduction: this topic is a plane parameter measurement system based on MATLAB. It uses a photovoltaic panel with defects as the material, detects the defects, and calculates the area size of each defect after positioning. This design has a personal computer interface GUI
2. Algorithm flow: read in the test picture - RGB conversion - segmentation - opening and closing operation - cavity filling - filter the area of micro connected area - calculate the defect area and number.) Platform: |
Size: 942080 |
Author:www.wobishe.com |
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Description: MATLAB缺陷检测系统
该课题为基于形态学的缺陷检测，素材采用的是光伏板缺陷。通过灰度，二值化，边缘检测，形态学，开闭运算，去除小面积干扰等方法，判断出缺陷所在，定位，并且框出，且计算出各个块面积。配有一个人机交互界面，把缺陷个数，面积等分别显示到GUI界面上。(Matlab defect detection system
This topic is based on the morphological defect detection, the material is photovoltaic board defect. Through gray level, binarization, edge detection, morphology, opening and closing operation, small area interference removal and other methods, the defects are identified, located, framed, and the area of each block is calculated. Equipped with a personal computer interface, the number of defects, area, etc. are displayed on the GUI interface.) Platform: |
Size: 669696 |
Author:for Matlab |
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