Phatiphat Thounthong

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—This paper proposes an innovative control strategy for a voltage-regulated dc hybrid power source employing polymer electrolyte membrane fuel cell as the main energy source and supercapacitors as the auxiliary power source for a distributed generation system. This strategy is based on a standard dc link voltage regulation, which is simpler than standard(More)
Fig. 3. SER performance for OSTBC/MS-GSC with L = 3, Lc = 2, η = 1 b/s/Hz, and γ T = 5 dB. OSTBC/GSC system, with the extra incentive of reduced complexity and power savings at the receiver when the predetermined SNR threshold γ T is optimized. An MGF-based performance analysis of generalized selection combining over Rayleigh fading channels, " IEEE Trans.(More)
—This brief presents an innovative control law for a distributed dc generation supplied by a dc power source, here, a fuel cell (FC) generator. Basically, an FC is always connected with a power-electronic converter. This kind of system is a nonlinear behavior. Classically, to control the voltage, the current, or the power in the converter, a linearized(More)
—Fuel-cell vehicles (FCVs) with energy storage (ES) device(s) could result in improved lifetime, performance, fuel economy, and reduced cost. This paper presents the utilization of an ES device consisting of a supercapacitor bank for future electric vehicles with a hydrogen fuel cell (FC) as the main power source. The study mainly focuses on the innovative(More)
This paper presents a modified 4-phase paralleled step-up converter for fuel cell generator. In high power applications, the interleaving technique for paralleling input of the converter system has been studied for many years. The modified 4-phase interleaved fuel cell converter is studied for higher voltage conversion ratio. By virtue of paralleling the(More)
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