Browsing by Author "KUO, MY"

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NOVEL 2-DIMENSIONAL TRANSMISSION-LINE COLLECTION SYSTEMS FOR PHOTOVOLTAIC POWER
(1995-10-01)
KUO, MY
;
KUO, CC
;
KUO, MS
;
交大名義發表
;
電控工程研究所
Innovative two-dimensional transmission-line systems for collecting distributed photovoltaic power are presented in this paper. Based on transmission-line theory and controlling the phase of a.c. sources, the net power of the proposed transmission-line type network can flow towards the target load. The validity of the proposed system is confirmed by mathematical analysis and simulated results. This paper makes a contribution to the concept of networks for the collection of renewable energy.
NOVEL 2-DIMENSIONAL TRANSMISSION-LINE COLLECTION SYSTEMS FOR PHOTOVOLTAIC POWER
(1995-10-01)
KUO, MY
;
KUO, CC
;
KUO, MS
;
電子工程學系及電子研究所
;
Department of Electronics Engineering and Institute of Electronics
Innovative two-dimensional transmission-line systems for collecting distributed photovoltaic power are presented in this paper. Based on transmission-line theory and controlling the phase of a.c. sources, the net power of the proposed transmission-line type network can flow towards the target load. The validity of the proposed system is confirmed by mathematical analysis and simulated results. This paper makes a contribution to the concept of networks for the collection of renewable energy.
NOVEL MODEL OF 2/1 BALANCE-TO-UNBALANCE TRANSMISSION-LINE TRANSFORMER
(1995-11-09)
KUO, CC
;
KUO, MY
;
KUO, MS
;
交大名義發表
;
電控工程研究所
The modelling and simulation of 2:1 balance-to-unbalance transmission-line transformers (balun TLT) are presented. The validity of the complete equivalent model of the basic 2:1 balun is confirmed by the excellent match between the simulated results and experimental data. This complete model makes a contribution to predict and explain the characteristics of the 2:1 balun, including low-frequency and high frequency operation.
Novel transmission-line collection systems for photovoltaic power
(1995)
KUO, MY
;
KUO, CC
;
KUO, MS
;
電控工程研究所
;
Institute of Electrical and Control Engineering