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Please use this identifier to cite or link to this item: http://ir.ncue.edu.tw/ir/handle/987654321/11158

Title: 非接觸式供電系統關鍵技術之開發-子計畫三:非接觸式高頻交流電源供應關鍵技術之開發
Key Technologies Development for Contactless High Frequency AC Power Supply System
Authors: 陳良瑞;王春清
Contributors: 電機工程系
Date: 2008-08
Issue Date: 2012-06-05T04:36:08Z
Publisher: 行政院國家科學委員會
Abstract: 本子計劃擬以兩年的時間開發一用於非接觸式供電系統(Contactless Power Supply System)之高頻交流電源供應系統(High Frequency AC Power Supply System)。本子計畫分別採用半橋與全橋DC/AC 轉換器配合串振槽(Serial-Resonant Tank)的方式研製一高頻弦波DC/AC 轉換器(High Frequency Sine Waves DC/AC Inverter,HFS-DC/AC),並利用鎖相迴路技術,使高頻弦波DC/AC 轉換器追蹤並保持在諧振點,達到最佳功率轉移。然因非接觸式電源供電系統其負載變異性很大,進而造成高頻弦波DC/AC 轉換器 (HFS-DC/AC)的諧振點在一大範圍中變動,增加系統的不穩定性與複雜性。為解決此問題,本計劃利用一相位控制式可變電感器(Phase-controlled Variable Inductor, PCVI)與一相位控制式可變電容器(Phase-controlled Variable Capacitor, PCVC)來控制高頻弦波 DC/AC 轉換器(HFS-DC/AC)的諧振點範圍,構成一高性能之高頻弦波DC/AC 轉換系統。本計劃第一年擬以研製一1kW半橋串振式DC/AC轉換器輔以鎖相迴路技術,用以驗證高頻弦波DC/AC 轉換器(HFS-DC/AC)的可行性與優異性。第二年除研製一3KW零電壓切換全橋串振式DC/AC 轉換器,亦研製一1KW相位控制式可變電容器與一1KW 相位控制式可變電感器(PCVI),構成一完整的高頻交流電源供應系統。最後和其它子計劃整合,構成一完整的非接觸式供電系統。
In this project, a high frequency AC power supply system will be developed in two years for powering the contactless power supply system. The half-bridge and full-bridge topologies are used to build a high frequency sine wave DC/AC inverter (HFS-DC/AC). The phase-locked loop (PLL) technique is also adopted to track and keep the HFS-DC/AC working in resonant point for obtaining the maximum transfer efficiency. Beside, a phase-controlled variable inductor (PCVI) and a phase-controlled variable capacitor (PCVC) are built to maintain the resonant frequency of the HFS-DC/AC in a desire region to increase the system stability and performance. First year, 1kW half-bridge serial-resonant DC/AC with PLL will be realized to verify the flexibility of the HFS-DC/AC. Second year, a 3KW full-bridge ZVC serial-resonant DC/AC with a 1KW PCVI and a 1KW PCVC will be built to construct a high power, high performance and high frequency AC power supply system.
Relation: 計畫編號:NSC97-2221-E-018-033-CC3; 研究期間:200808-200907
Appears in Collections:[電機工程學系] 國科會計畫

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