Minrui Leng
Southwest Jiaotong University
35 Papers
17 Citations
Minrui Leng is an academic researcher from Southwest Jiaotong University. The author has contributed to research in topics: Computer science & Voltage. The author has an hindex of 4, co-authored 24 publications. Previous affiliations of Minrui Leng include Sichuan University.
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Papers
A Hybrid Control Strategy of LCC -S Compensated WPT System for Wide Output Voltage and ZVS Range With Minimized Reactive Current
TL;DR: In the proposed hybrid control strategy, LCC-S compensated WPT system can realize wide output voltage regulation with zero voltage switching (ZVS), and the reactive current in a resonant tank can be minimized in the whole voltage range.
109
A Nonisolated Symmetric Bipolar Output Four-Port Converter Interfacing PV-Battery System
TL;DR: A novel four-port converter is proposed to integrate photovoltaic module and battery to the bipolar dc microgrid system, realizing the single-stage energy conversion.
88
Topology Synthesis of a Family of Integrated Three-Port Converters for Renewable Energy System Applications
TL;DR: The integrated three-port SEPIC converter is specifically analyzed, including its operation principle, steady-state performance, small-signal modeling, and control system, to achieve a better understanding of the proposed converters.
77
Impedance-Based Stability Evaluation for Multibus DC Microgrid Without Constraints on Subsystems
TL;DR: An impedance-based stability criterion is proposed in the light of generalized bode plots for multibus dc microgrids and considers the number of RHP pole of the open-loop transfer function for the system so the stability of the system consists of subsystems with RHP pole and zero can be analyzed correctly.
44
Small Signal Modeling and Design Analysis for Boost Converter With Valley V 2 Control
TL;DR: A small signal model of valley V2 controlled boost converter is proposed by combining average method and sampled-data method, which is simple and accurate to half the switching frequency and design guidance focused on dynamical performance and stability is provided.
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