PV powered SL - SC Based on HVC for HVEV charging System

Version 1.0.0 (74.7 KB) by PIRC
PV supplied SL - SC Based on high Voltage Gain Boost Converter for HV EV Charging System
Updated 9 Sep 2023

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The term "PV supplied SL-SC" in the context of a high voltage gain boost converter for HV EV (High Voltage Electric Vehicle) charging systems seems to refer to a specific configuration for a solar-powered EV charging system. Let's break down the components and concepts involved:
1. PV stands for Photovoltaic, which relates to solar panels that convert sunlight into electrical energy. In this context, PV likely refers to solar panels as the source of electrical power.
2. This suggests that the electrical power generated by the solar panels is being provided to the system.
3. The meaning of "SL-SC" is not immediately clear without further context. It could be an abbreviation for specific components or a particular configuration in the boost converter.
4. A boost converter is a power electronics device that increases the voltage level of an electrical input. "High voltage gain" indicates that this boost converter is designed to significantly increase the voltage level of the input power, likely to match the requirements of the HV EV charging system.
5. HV stands for High Voltage, and EV stands for Electric Vehicle. An HV EV charging system is designed to charge electric vehicles with high-voltage batteries, such as those used in electric buses or trucks.
For more information : www.pirc.co.in

Cite As

PIRC (2024). PV powered SL - SC Based on HVC for HVEV charging System (https://www.mathworks.com/matlabcentral/fileexchange/135081-pv-powered-sl-sc-based-on-hvc-for-hvev-charging-system), MATLAB Central File Exchange. Retrieved .

MATLAB Release Compatibility
Created with R2023a
Compatible with any release
Platform Compatibility
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