The Assessment of PI and Optimized OCC Control Methods in Buck Converter

The growing adoption of photovoltaic systems for direct electricity generation from solar radiation has underscored the importance of efficient energy storage solutions. Batteries are the predominant method for storing energy from photovoltaic systems, especially for applications such as electric vehicle (EV) charging. However, these systems face significant challenges, particularly regarding battery longevity, as fluctuations in solar irradiation can lead to harmful voltage spikes. This paper introduces an Analog One-Cycle Control (OCC) strategy designed to mitigate these issues by stabilizing the battery voltage against varying input voltages. The proposed control scheme aims to enhance battery life by preventing damage caused by voltage overshoots. Experimental results demonstrate the effectiveness of the OCC strategy in maintaining steady-state conditions and optimizing power management.

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The Assessment of PI and Optimized OCC Control Methods in Buck Converter

Cited by 3 publications

References 15 publications

Dynamics of a Buck Converter with PI Controller

Dynamics of a Buck Converter with PI Controller

Analog One-Cycle Control Based Scheme for Battery Charging in Photovoltaic Systems

Analog One-Cycle Control Strategy for Stable Battery Charging in Photovoltaic Systems

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