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Design of residential photovoltaic power system using current-fed push-pull front end converter

机译:采用电流馈电推拉前端转换器的居住光伏电力系统设计

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These paper showes, push-pull converter along with soft-switching current-fed front end converter. Renewable energy is gaining importance in residential as well as industrial application. Generally there are two mechanism in manufacturing of PV panel, parallel-connected configuration and series-connected configuration. Looking at the safety issue in this paper, series-connected configuration is used. Initially Push-pull converter converts and step-up DC/DC voltage and after this stage, inverter inverts DC/AC. Active clamping circuit is used to overcome the effect of voltage overshoot. Effect of voltage spike is reduced by using Zero-current switching of primary devices and zero-voltage switching of secondary devices. Wide variation in voltage is maintained by Soft-switching. To check the result a 250W simulation is proposed.
机译:这些纸张展示了推拉转换器以及软开关电流前端转换器。可再生能源在住宅和工业应用中取得重要意义。通常,在制造PV面板,并行连接的配置和串联连接的配置中有两种机制。在本文中查看安全问题,使用了系列连接的配置。最初推挽式转换器转换和升压DC / DC电压以及在此阶段之后,逆变器反转DC / AC。主动钳位电路用于克服电压过冲的效果。通过使用零电流切换和辅助装置的零电压切换来减小电压尖峰的影响。通过软切换保持电压宽变化。要检查结果,提出了250W模拟。

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