Frequency Regulation of Microgrid through PID tuning |
Author(s): |
| Swati Jain , Oriental College of Technology; Kaushal Sen, Oriental College of Technology |
Keywords: |
| Load Disturbance Rejection, Aqua Electrolyzer, Fuel Cell, Diesel Generator, Battery Energy Storage System, Fly Wheel, Frequency and Power Deviation, Proportional, Integral And Derivative Control, Wind Power System, Solar/Pholtovoltaic System, Chien-Hornes-Resnick |
Abstract |
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This paper presents an independent detached microgrid including solar, wind, diesel generator (DG), electrolyzer, fuel cell (FC) as power producing source and BESS, flywheel as vitality stockpiling component. The produced hydrogen by an electrolyzer is utilized as fuel for a FC. The force framework recurrence veers off for the abrupt change in load request. The yield intensity of sources is managed by utilizing regulator with the end goal that frequency of the framework is controlled. Regulator utilized is relative in addition to essential in addition to subordinate (PID). Burden Disturbance Rejection (LDR) is utilized for tuning of proposed half breed frameworks regulator gains. The framework reaction of LDR strategy is contrasted and gives better results than the old style strategy. |
Other Details |
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Paper ID: IJSRDV8I60345 Published in: Volume : 8, Issue : 6 Publication Date: 01/09/2020 Page(s): 573-578 |
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