Digital Signal Processing

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A Modular DC/DC Converter for HVDC Utility Grid


Affiliations
1 Department of Electrical and Electronics and Engineering, KPR Institute of Engineering and Technology, India
     

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The growth of a nation requires increased consumption of energy, particularly electrical energy this has led to increase in the generation and transmission facilities to meet the increasing demand. Remote generation and system interconnections leads to a search for efficient power transmission at increasing power levels. The increase in voltage levels is not always feasible. The problems of AC transmission particularly in long distance, has led to the development of DC Transmission. In order to overcome this problem implementing the Modular DC/DC converter system for HVDC utility grid. A modular DC/DC conversion system with converters and step-up transformer for output energy which is integrated into HVDC grids. The conversion system consists of two power stages, with SEPIC converter as the first stage and a step-up transformer as the second stage.  This configurations have been developed in order to achieve the system efficiency. An overview of the main HVDC system that can be used for utility grid connected system. For reducing man power the automatic monitoring scheme is implemented by using IOT we can view it in wireless device. By using this conversion we can easily generate the HVDC grid voltage from a small amount of DC through various applications. In this system we use transformer for step-up and the isolation purpose for protection of the converters.


Keywords

DC-Direct Current, HVDC-High Voltage Direct Current, PIC – Programmable Interrupt Controller, SEPIC-Single Ended Primary Inductor Capacitor, AC-Alternating Current.
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  • Y. Liu, H. Abu-Rub, and B. Ge, “Front-end isolated quasiz-source DC-DC converter modules in series for high-power photovoltaic systems part i: configuration, operation, and evaluation,” IEEE Transactions on Industrial Electronics, vol.64, no.1, pp.347-358, Jan2017.

  • C. A. Rojas, S. Kouro, M. A. Perez, and J. Echeverria, “DC-DC MMC for HVDC grid interface of utility-scale photovoltaic conversion systems,” IEEE Transactions on Industrial Electronics, vol. PP, no. 99, pp.1-1, 2017.4

  • Kapil Verma ME-EE Scholar Chandigarh University, Mohali Punjab, India A step-up bidirectional series resonant DC/DC converter using a continuous current mode. IEEE - 2014. 2318202 Austin H. Bonnett, Fellow, IEEE Transactions on Industry Applications, vol. 32, no. 2, March April 1996 IEEE 978-1-5090-1546-7/16 – 2016 – 2014.


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  • A Modular DC/DC Converter for HVDC Utility Grid

Abstract Views: 295  |  PDF Views: 0

Authors

S. Chandraprakash
Department of Electrical and Electronics and Engineering, KPR Institute of Engineering and Technology, India
T. Karuppusamy
Department of Electrical and Electronics and Engineering, KPR Institute of Engineering and Technology, India
U. K. Gowri Shankar
Department of Electrical and Electronics and Engineering, KPR Institute of Engineering and Technology, India
P. Kamalakannan
Department of Electrical and Electronics and Engineering, KPR Institute of Engineering and Technology, India

Abstract


The growth of a nation requires increased consumption of energy, particularly electrical energy this has led to increase in the generation and transmission facilities to meet the increasing demand. Remote generation and system interconnections leads to a search for efficient power transmission at increasing power levels. The increase in voltage levels is not always feasible. The problems of AC transmission particularly in long distance, has led to the development of DC Transmission. In order to overcome this problem implementing the Modular DC/DC converter system for HVDC utility grid. A modular DC/DC conversion system with converters and step-up transformer for output energy which is integrated into HVDC grids. The conversion system consists of two power stages, with SEPIC converter as the first stage and a step-up transformer as the second stage.  This configurations have been developed in order to achieve the system efficiency. An overview of the main HVDC system that can be used for utility grid connected system. For reducing man power the automatic monitoring scheme is implemented by using IOT we can view it in wireless device. By using this conversion we can easily generate the HVDC grid voltage from a small amount of DC through various applications. In this system we use transformer for step-up and the isolation purpose for protection of the converters.


Keywords


DC-Direct Current, HVDC-High Voltage Direct Current, PIC – Programmable Interrupt Controller, SEPIC-Single Ended Primary Inductor Capacitor, AC-Alternating Current.

References