问题 |
E3S网页f
卷积4652023
8线程工业机械化工国际会议 |
|
---|---|---|
文章号 | 02056 | |
页数 | 6 | |
段内 | 电气信息技术工业专题讨论会 | |
多尔市 | https://doi.org/10.1051/e3sconf/202346502056 | |
在线发布 | 2023年12月18日 |
面向可持续校园:设计评价中学光电系统
电工大学万卡约大校
*70181805@continental.edu.pe
†74432618@continental.edu.pe
‡71118792@continental.edu.pe
§cquispel@continental.edu.pe
网际网际网际网路mberaun@continental.edu.pe
††73141231@continental.edu.pe
The present work was developed to inform, experiment, raise awareness and disseminate information about renewable energy sources, specifically solar energy through the design of a photovoltaic system for a secondary-level educational institution in a district with development potential, which in a short time has been developed in all areas, but the lack of environmental awareness of its inhabitants forced us to take such an initiative since an academic identity must have an optimal environment for the well-being of its students and teachers, the incorporation of a photovoltaic system will not only contribute to this purpose but will also promote environmental awareness and responsibility by promoting the use of renewable and sustainable energy.工作证明,有可能使用太阳能作为纯净健康能源源,供中等教育机构不同活动使用,如娱乐、学习、体育、技术与科学等当前工作主要支持Psis7.2光电安装模拟程序本程序使用词学和地形数据提高数据分析的精度项目结果可成为该领域其他项目的基础,因为我们相信我们的贡献将被用于大局
必威西汉姆赞助2023年EDP科学出版
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