Research on the Intelligent Control Strategy of the Fuel Cell Phase-Shifting Full-Bridge Power Electronics DC-DC Converter

Zhang, Lei; Yuan, Yinlong; Yihe, Sun; Cheng, Yun; D.Wu,; Ren, Lei

doi:10.32604/ee.2022.017463

Cited by 2 publications

(1 citation statement)

References 29 publications

(30 reference statements)

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“…Recently, in every industrial application a boost converter is mostly widely used, due to environmental reaction of utilizing nonrenewable energy and reducing of individual store have complete it mandatory to utilize clean and inexhaustible power sources [1,2]. The application of converter is in energies, PV (photovoltaic), wind and FC (fuelcell) are used as DG systems [3].…”

Section: Introductionmentioning

confidence: 99%

A Novel High Step-up DC-DC Converter Using State Space Modelling Technique for Battery Storage Applications

Patnaik Narasipuram

2024

Clean Energy and Sustainability

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This paper focuses a novel non-isolated coupled inductor based DC-DC converter with excessive VG (voltage gain) is analyzed with a state-space modeling technique. It builds up of using three diodes, three capacitors, an inductor and CI (coupled inductor). The main switch S is turn on due to body diode and voltage stress is reduced at the switch S by using diode D1 and Capacitor C1. This paper focuses on design modelling, mathematical calculations and operation principle of DC-DC converter is discussed with state-space modelling technique. The performance has been presented for two different voltages for EV applications, i.e., 12 V, 48 V as input voltages with a high step-up outputs of 66 V and 831.7 V respectively. The converter stability is studied and determined the bode plot along with simulation performance results which are carried out using MATLAB R2022B.

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Section: Introductionmentioning

confidence: 99%

A Novel High Step-up DC-DC Converter Using State Space Modelling Technique for Battery Storage Applications

Patnaik Narasipuram

2024

Clean Energy and Sustainability

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Electric energy conversion design of hydrogen fuel cell for automobile

Gao

Chen

Yang

et al. 2022

J. Phys.: Conf. Ser.

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Hydrogen energy is one of the emerging new energy sources in today’s era. It not only has a wide range of materials and simple production, but also its combustion products have no pollution to the environment and have excellent quality that non-renewable fuels such as coal and oil do not have. However, as one of the most common application forms of hydrogen fuel, hydrogen fuel cell, due to its own design and structural characteristics, not only brings convenience to us, but also has the problems of low output voltage and large fluctuation range. Therefore, only by using DC-DC converter to boost and stabilize the output voltage of hydrogen fuel cell, can we efficiently supply power to the backward circuit and load. Combined with the advantages and disadvantages of single isolated and non-isolated converter, this paper puts forward the converter model combining isolated and non-isolated converter, and then introduces the feedback link to stabilize the voltage. Finally, the circuit model is constructed by using MATLAB / Simulink software to verify the accuracy of theory and analysis.

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Research on the Intelligent Control Strategy of the Fuel Cell Phase-Shifting Full-Bridge Power Electronics DC-DC Converter

Cited by 2 publications

References 29 publications

A Novel High Step-up DC-DC Converter Using State Space Modelling Technique for Battery Storage Applications

A Novel High Step-up DC-DC Converter Using State Space Modelling Technique for Battery Storage Applications

Electric energy conversion design of hydrogen fuel cell for automobile

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