This paper includes a Cockcroft-Walton (CW) high phase dc-dc voltage transition based on multiplier, with no step-up transformer. The suggested conversion approach is very appropriate for low-input dc generating systems with continuous input current on a switch, diode or condenser with a low rib, high voltage and low voltage. In this article two frequencies in the suggested control techniques are used, one works with high frequencies in order to reduce the inductor size, the other works with a comparatively low frequency based on the rip of the target voltage.
REFERENCES
1.
Y.
Berkovich
, B.
Axelrod
, and A.
Shenkman
, “A novel diode-capacitor voltage multiplier for increasing the voltage of photovoltaic cells
,” in Proc. IEEE COMPEL, Zurich, Switzerland
, 1
–5
, Aug (2008
)2.
M.
Prudente
, L. L.
Pfitscher
, G.
Emmendoerfer
, E. F.
Romaneli
, and R.
Gules
, “Voltage multiplier cells applied to non-isolated dc-dc converters
,” IEEE Trans. Power Electron.
, 23
, 2
, 871
–887
, Mar (2008
)3.
M. D.
Bellar
, E. H.
Watanabe
, and A.
CMesquita
, “Analysis of the dynamic and steady-state performance of Cockcroft– Walton cascaderectifiers
,” IEEE Trans. Power Electron.
, 7
, 3
, 526
–534
, Jul (1992
)4.
F.
Hwang
, Y.
Shen
, and S. H.
Jayaram
, “Low-ripple compact high-voltage dc power supply
,” IEEE Trans. Ind. Appl.
, 42
, 5
, 1139
–1145
, Sep./Oct. (2006
)5.
C.
Kobougias
and E. C.
Tatakis
, “Optimal design of a half-wave Cockcroft–Walton voltage multiplier with minimum total capacitance
,” IEEE Trans. Power Electron.
, 25
, 9
, 2460
–2468
, Sep (2010
)6.
C. M.
Young
and M. H.
Chen
, “A novel single-phase ac to high voltage dc converter based on Cockcroft– Walton cascade rectifier
,” in Proc. IEEEPEDS
, 822
–826
(2009
)7.
M.
Sivaramkrishnan
, P. S.
Varma
, S.
Kaliappan
, R.
Saleem
, A.
Lal
, B.K.
Sumana
, & M.S.
Ramkumar
, “SEPIC-Converter Based BLDC-Motor-Drive with Power-Factor-Correction and Minimization in Torque Ripple
”, In 2021 2nd International Conference on Smart Electronics and Communication (ICOSEC
) 726
–732
, IEEE (2021
)8.
K. S.
Kumar
, A.W.
Nasir
, P.
Mani
, I.
Kasireddy
, M.
SivaramKrishnan
, & M. S.
Ramkumar
, “Design and Investigation of Bio-inspired Optimization based I-PD controller for pH Neutralization Process
”, In 2021 2nd International Conference on Smart Electronics and Communication (ICOSEC
), 739
–744
, IEEE (2021
)9.
S. J.
Rubavathy
, R.
Venkatasubramanian
, M. M.
Kumar
, B. P.
Ganthia
, J. S.
Kumar
, P.
Hemachandu
, & M. S.
Ramkumar
, “Smart Grid Based Multiagent System in Transmission Sector
”, In 2021 Third International Conference on Inventive Research in Computing Applications (ICIRCA
), 1
–5
, IEEE (2021
)10.
M. S.
Ramkumar
, G.
Swapna
, A.
Saravanan
, N.
Hemalatha
, G.
Dharmaraj
, S.
Purushotham
, & M.
Sivaramkrishnan
, “Super Capacitor based Solar and Wind Grid Connected Storage System
”, In 2021 Third International Conference on Inventive Research in Computing Applications (ICIRCA
) 218
–225
, IEEE (2021
)11.
C.
Bhuvaneshwari
, A.
Manjunathan
, “Advanced gesture recognition system using long-term recurrent convolution network
”, Materials Today Proceedings
, 21
, 731
–733
(2020
)12.
S.
Kaliappan
, M.
Poornima
, & R.
Rajeswari
, “Improvement of source voltage and load current harmonic mitigation using UPQC: A survey
”, In 2013 7th International Conference on Intelligent Systems and Control (ISCO
), 110
–114
, IEEE (2013
)13.
S.
Kaliappan
, & R.
Rajeswari
, “A Novel Approach of Position Estimation and Power Factor Corrector Converter Fed BLDC Motor
”, International Journal of Power Electronics and Drive Systems
, 5
(3
), 415
(2015
).14.
C.
Soumya
, B.
Deepanraj
, J
, Ranjitha
, “A Review on Solar Photovoltaic Systems and Its Application in Electricity Generation
”, AIP Conference Proceedings
, 2396
, 020011
(2021
).15.
M. D.
Udayakumar
, G.
Anushree
, J.
Sathyaraj
, A.
Manjunathan
, “The impact of advanced technological developments on solar PV value chain
”, Materials Today: Proceedings
, 45
, 2053
–2058
(2021
)16.
T.V.
Kumar
, M.
Mathankumar
, A.
Manjunathan
, J.
Sathyaraj
, ”Time based costing of energy storage system with optimal scheduling and dispatch under demand
”, Materials Today: Proceedings
, 45
, 1738
–1741
(2021
)
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