无源滤波器在独立光伏突发性云环境下的能量管理效率和稳定性

R. Delfianti, A. Soeprijanto, A. Priyadi, Avian Lukman Setya Budi, I. Abadi
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引用次数: 2

摘要

可再生能源为发电提供了最健康的选择。并网和离网系统都可以与可再生能源相连接。独立离网光伏系统面临的主要问题是突发性云环境下的电力稳定性问题。网格系统需要存储。每种存储都有其积极和消极的特点。能源管理系统的作用是寻找更优的能源利用组合。主要目的是比较无源滤波器在电池和超级电容器储能之间的能量管理系统中的使用情况。其结果是,高通滤波器给出了最好的结果。欠调量减少了26464瓦,超调量减少了10586瓦,但由于大自放电效应超级电容器,保留功率减少了81083瓦,稳定时间增加了0.0241秒。
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Energy Management Efficiency and Stability Using Passive Filter in Standalone Photovoltaic Sudden Cloud Condition
Renewable energy provides the healthiest options for generating electricity. On the on-grid and off-grid systems can be connected with renewable energy. The main problem in stand-alone off-grid photovoltaic systems is the stability of the power during sudden clouds. A grid system requires storage. Each storage has its positive and negative characteristics. The energy management system acts as a search for a more optimal combination of energy utilization. The main objective is to compare passive filter usage as components in an energy management system between battery and supercapacitor energy storage. The result is that a high-pass filter gives the best results. Undershoot has decreased by 26,464 Watts and overshoot by 10,586 Watts, but the power reserved is reduced by 81,083 Watts due to the large self-discharge effect supercapacitor and increased the steady-state time by 0.0241 seconds.
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