Samudra大学屋顶建筑利用PLN电网系统互联的太阳能电站规划分析

ferri Festika, Ahmad Syuhada, Hamdani Umar
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摘要

太阳能发电厂可以采用各种形式的安装,无论是集中式的还是分布式的,每种配置系统的安装都可以是并网的或离网的。Samudra大学计划安装一个太阳能发电厂,用于环保和节约能源。本研究的目的是调查Samudra大学在校园安装太阳能发电能力的可行性和效益,使用单一所有者系统,使用SAM(系统顾问模型)应用程序,使用两个轴与光伏能源。采用系统顾问模型(System Advisor model, SAM)对光伏发电结果进行建模,开发新型可再生能源光伏发电。使用太阳能作为电能的生产商在海洋大学建筑顾问模型应用程序通过使用系统单一所有者(网格)系统与本地电力(PLN)继续合作产生的能源需求高达32652394千瓦时Rp。372864450000年,面积105179。9平方米或±11公顷的土地总面积49.8公顷,它只使用±总面积的20%
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Planning analysis of solar power plant utilization using the PLN network grid system interconnection on Samudra University roof building
Solar power plants can be applied in various forms of installation, either centralised or distributed, with each configuration system installation being either on-grid or off-grid. Samudra University plans to install a solar power plant for environmentally friendly applications and energy savings. The purpose of this study is to investigate the feasibility and benefits of Samudra University installing solar power generation capacity using a single-owner system on campus using SAM (System Advisor Model) applications using two axes with PV energy. The method used is to model the photovoltaic results with the System Advisor Model (SAM), which can develop new renewable energy photovoltaics. The use of solar energy as a producer of electrical energy in buildings at the ocean university by using the System Advisor Model application on the Single Owner (Grid) system in collaboration with local electricity (PLN) to continue the energy needs produced as much as 32,652,394 kWh will cost Rp. 372,864,450,000, and with an area of 105,179.9 m2 or ± 11 hectares of the total area of 49.8 hectares, it only uses ± 20% of the total area
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