ZVS analysis and power flow control for three limb transformer enabled SiC Mosfet based three port DAB integrating PV and Energy Storage(ES)
ZVS analysis and power flow control for three limb transformer enabled SiC Mosfet based three port DAB integrating PV and Energy Storage(ES)
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基于 SiC Mosfet 的三柱变压器的 ZVS 分析和潮流控制，集成了光伏和储能 (ES) 的三端口 DAB
DOI：
10.1109/ecce.2016.7855565
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发表时间：
2016
期刊：
影响因子：
--
通讯作者：
S. Bhattacharya
中科院分区：
文献类型：
--
作者：
Ritwik Chattopadhyay;S. Bhattacharya
多端口DC-DC变换器是用于集成光伏和储能（ES）的模块化电力电子构建块。本文主要研究了采用三臂高频Transformer的三端口DAB变换器的ZVS特性。这里讨论的独立的功率流控制，集中在ES充电的情况下使用两种不同的调制技术的转换器。本文讨论了两种不同设计的三柱变压器的两种不同调制控制技术的ZVS方案变化。一个实验室规模的原型使用1200 V和1700 V的SiC Moscow已经取得了初步的结果，实验验证的ZVS方案。
Multi-port dc-dc converters are the modular power electronic building blocks for integration of PV and Energy Storages(ES). The work in this paper focuses on ZVS characteristics for independent power flow control of three port DAB converter integrating PV and Energy Storage(ES), using three limb high frequency transformer. The independent power flow control discussed here, focuses on ES charging scenario for the converter using two different modulation techniques. ZVS scenario variations for two different modulation control technique for two different designs of three limb transformers, are discussed in the paper. A laboratory scale prototype using 1200V and 1700V SiC Mosfets has been made and preliminary results have been obtained for experimental validation of the ZVS scenarios.