日惹州财政大楼电力节约的潜在替代能源分析

A. N. N. Chamim, Rahmat Adiprasetya Al Hasibi, Agus Jamal, Siva Aprilia, Y. Jusman, Jeckson Jeckson
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引用次数: 5

摘要

日惹国家金融大厦是一项社区服务,它被包括在耗电量大的建筑物类型中,因此经常因过度用电而导致意外停电。这种过度用电也造成了PLN每月高达数亿美元的电费账单。为此,进行这项研究的目的是能够在太阳能电池板的使用中配置最优配置,并可以在成本和二氧化碳排放方面比较并网和PLN之间的PLTS系统。在了解替代能源即太阳能作为最优电厂接入PLN的潜力时,通过了解太阳辐射强度数据、电力负荷24小时活跃数据、日惹国家金融大厦外部峰值负荷时间和PLN峰值负荷时间等形式进行研究。后来,她用软件来帮助荷马建模,从使用最优的太阳能电池板进行模拟。在研究结果中得出,潜在的PLTS系统不适合与电网PLN连接,因为在系统运行期间的初始投资费用包括NPC的高价值970,742美元。然而,该电站的潜力是适合于现场研究条件的太阳能电站并网PLN的电站配置,即优化后的电站不使用电池,只使用容量为91.35 kW的光伏,变流器容量为400 kW,而电网的PLN系统向PLTS并网传输的电力为552 kW。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of Potential Alternative Energy Sources for Electricity Conservation in Yogyakarta State Finance Building
State Finance Building of Yogyakarta is a community service that is included in the types of buildings that consume electric energy that is large, so that often led to the power outage unexpectedly due to excessive use of electricity. This excessive use of electricity has also contributed to bill accounts for electricity from PLN which each month up to hundreds of millions of dollars. To that end, this research was undertaken that aim to be able to device that most optimal configuration in the use of solar panels and could compare the PLTS system between On-Grid and PLN in the aspect of cost and CO2 emissions.In knowing the potential of alternative energy sources, namely solar power connected to the PLN as the optimal power plant is carried out by means of conducting research in the form of knowing the intensity of the solar radiation data, data in the form  of electric power load is active for 24 hours, and data rates time of outside peak load and time of peak load from PLN for State Finance Building Of Yogyakarta. Later, she did the simulation using software to help homer modeling from use of the most optimal solar panel. In the research results obtained that the potential PLTS system that are connected with the grid PLN unfit to be carried out because the cost of the initial investment to expenses during the period of operation of the system including the high value of the NPC of $970,742. However, the potential of the power plant that are appropriate for the conditions on site research solar power plant was connected to the grid PLN power plant configuration that is optimized for without using batteries, use only PV with a capacity of 91,35 kW, the converter with a capacity of 400 kW, and power grid network of PLN the system transmitted to PLTS On-Grid of 552 kW.
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