市電併聯型氣渦輪機發電系統之換流電路模組化設計與實現

Design and Implementation of a Modular Inverter Circuit for Grid-tied Micro-turbine Generating system

本文旨在研究適用於微渦輪發電系統之新型彈性容量換流系統技術，本文所提換流系統採多模組併聯運轉使得系統之發電控制可採計換流系統之功率及損失因素，在適當的時候啟動適當數量之換流模組加入電力系統併聯運轉。經由該彈性換流法之開發，微渦輪發電系統運轉即可具電源冗餘運轉特性同時亦有併聯運轉之高擴充性、高容量等特點。本文除理論分析外，所提方法已於實驗室完成雛形電路進行驗證，相關實驗結果顯示其確具可行性與實用參考價值，研究心得可供電力從業人員深入施行探討之參考。

 

This paper is aimed at researching a modular inverter for the grid-tied micro-turbine power generation system. By coupling with the developed method, the operational reliability and loss factor are first evaluated, where the results can output to help further decide the amount of the duty inverter modules. Then, a current-sharing scheme as well as a modular arrangement is developed to expand the inverter circuit being capable of the parallel operation of multi- modular in anticipation of increasing the reliability and efficiency requirements of installed. The method proposed in this paper was examined under various scenarios. The results help consolidate the feasibility and practicability of the approach for the applications considered.