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Paper Sharing: Abnormal Voltage Compensation caused by Vertical Crossing in Phase-shifted PWM-based Cascaded H-bridge Inverters
The paper presents a compensation method for abnormal voltage generation in phase-shifted PWM-based cascaded H-bridge inverters caused by vertical crossing. Vertical crossing, which leads to missed PWM pulse updates and subsequent voltage errors and current surges, is predicted by analyzing the modulation wave and carrier slope at every sampling instance. The proposed approach adjusts the modulation wave in the
넶312 2025-04-26 -
Paper Sharing: Grid Voltage Control of Energy Storage System Using Dual Active Bridge Converter
The paper presents a grid voltage control strategy for energy storage systems (ESS) using a Dual Active Bridge (DAB) converter. The primary goal of the study is to enhance the stability of DC grid voltage by maintaining consistent power output despite fluctuations in renewable energy sources, such as photovoltaic systems, and varying load conditions. The proposed control method utilizes a digital deadbeat control
넶333 2025-03-21 -
Paper Sharing: Analysis of Hosting Capacity and Power Quality in a Distribution Line with a Photovoltaic Installation: A Case Study
The paper explores the issues related to overloading low voltage distribution lines and its effects on power quality and system stability. The study primarily investigates the integration of photovoltaic(PV) systems into low voltage feeders, considering both commercial and residential users. It aims to assess the existing and future potential of these distribution lines to accommodate PV installations, particularly focusing on the shift of residential consumers towards becoming prosumers.
넶316 2024-08-14 -
Paper Sharing：Comparison and Analysis of DSIM and SIMULINK Simulation Based on MMC System
Due to its versatile output capabilities, scalability, and high modularity, the Modular Multilevel Converter (MMC) is increasingly applied across various sectors such as high-voltage direct current transmission and renewable energy generation systems. However, the numerous switching devices within the MMC generate electromagnetic interference (EMI), significantly affecting system stability.
넶327 2024-08-14
