Grid Voltage Stabilisation by Electrical Springs

The extant scenario of the world reckoning the overconsumption of fossils and its disastrous impact on environment. But in contrary to the abundantly available source of energy their nature is intermittent and so the profile of the extracted power varies accordingly. Intermittent nature of renewable sources possess a threat to the grid voltage stability. Electrical Springs along with smart load have recently being used as a smart technology in order to achieve stabilization of distribution networks in motive to shield the critical load against the fluctuations. This paper centered the problem statement of voltage control concomitantly clinch the effective demand side management through implementation of smart loads modeling. A simulation approach has been made for voltage study in the power system and an effective mean of distributed voltage control is demonstrated by capitalizing electrical springs. The power electronic circuit is being modulated and controller is set to achieve the requisite objective to extenuate the voltage fluctuation in the MATLAB/SIMULINK environment.