Novel immense configurations of boost converter for renewable energy application

The Journal of Engineering

Sanjeevikumar Padmanaban¹  Pandav Kiran Maroti¹  Frede Blaabjerg¹  Patrick Wheeler²  Dan Ionel³ 

[1] Aalborg University;

[2] Nottingham University;

[3] Power & Energy Institute of Kentucky (PEIK);

关键词: dc-dc power convertors;    inductors;    switching convertors;    vlsi;    power convertors;    mathematical analysis;    voltage multipliers;    vlsi module;    modified boost converter;    xl configuration;    vlsi -xl;    ly configuration;    vlsi -ly;    xy configuration;    vlsi -xy;    proposed converter configurations;    immense voltage conversion ratio;    internal voltage drop;    existed high-voltage conversion ratio topologies;    proposed mbc configurations;    novel immense configurations;    renewable energy application;    three-immense configurations;    voltage lift;    inductor structure;    extra high-voltage conversion;    high-voltage conversion boost converter;   

DOI  :  10.1049/joe.2018.9357

来源: DOAJ

【 摘 要 】

A three-immense configurations of boost converter for renewable energy application is presented here. The voltage lift switched inductor (VLSI) structure is pledged to extra high-voltage conversion. The proposed work represents the modified high-voltage conversion boost converter (MBC) and its three configuration with VLSI module namely, modified boost converter with XL configuration (MBC(VLSI)-XL), modified boost converter with LY configuration (MBC(VLSI)-LY), and modified boost converter with XY configuration (MBC(VLSI)-XY). The advantages of proposed converter configurations are (i) immense voltage conversion ratio for high-voltage and low-current renewable energy applications; (ii) single switch topologies; and (iii) input inductor to avoid reverse current flow from load to source. The detail mathematical analysis of proposed configurations is carried out with and without considering the internal voltage drop across the circuit components. The comparative investigation is carried out with existed high-voltage conversion ratio topologies. The Matlab simulation results validates the working of proposed MBC configurations.

【 授权许可】

Unknown