TO Convert Based on DC–DC Based on 3SSC and VMC

Abstract

 Proposed on this work as a viable solution to step-up a low battery voltage into a high voltage dc link. This converter is suitable for non-isolated on-line UPS systems with common neutral connection that improves bypass circuit installation. Furthermore, smaller size, higher efficiency, and increased reliability are features that spread the transformer less products. This paper introduces a new family of dc–dc converters based on the three-state switching cell and voltage multiplier cells. A brief literature review is presented to demonstrate some advantages and inherent limitations of several topologies that are typically used in voltage step-up applications. The adopted control strategy uses a hybrid control that implements both analog and digital controllers, that implements the average current mode control. It presents characteristic of continuous input current through the batteries that improve its lifetime, the maximum voltage across the controlled switches is equal to one fourth of the total output voltage, and voltage equalization across the dc-link capacitors is intrinsic. In order to verify the feasibility of this topology, principle of operation, theoretical analysis, and experimental waveforms are shown for a 1.55 kW assembled prototype. proposed on this work as a viable solution to step-up a low battery voltage into a high voltage dc link. This converter is suitable for non-isolated on-line UPS systems with common neutral connection that improves bypass circuit installation. Furthermore, smaller size, higher efficiency, and increased reliability are features that spread the transformer less products. The adopted control strategy uses a hybrid control that implements both analog and digital controllers, that implements the average current mode control. It presents characteristic of continuous input current through the batteries that improve its lifetime, the maximum voltage across the controlled switches is equal to one fourth of the total output voltage, and voltage equalization across the dc-link capacitors is intrinsic. The analyzed converter can be applied in uninterruptible power supplies, fuel cell systems, and is also adequate to operate as a high-gain boost stage with cascaded inverters in renewable energy systems. Furthermore, it is suitable in cases where dc voltage step-up is demanded, such as electrical fork-lift, audio amplifiers, and many other applications.

Authors and Affiliations

Sunusha

Keywords

Related Articles

THE ROLE OF WOMEN IN DECISION MAKING IN THE FAMILY WITH SPECIAL REFERENCE TO KAMRUP DISTRICT (ASSAM)

No one can deny the fact that, both men and women perform certain roles in the society. Women are integral part of family and pivotal force in any kind of progress say in Socio - economic progress. Though women are p...

 A State of Art Literature Review on Direct Displacement-Based Design for Seismic Structural Analysis

 Earthquakes are one of the most disastrous forces which cannot be stopped or prevented but their effects can be minimized with minimal causalities’ of lives and structural damages. Over the past decade, analysis a...

 τ*-OPEN SETS AND RELATION BETWEEN SOME WEAK AND STRONG FORMS OF Τ*-OPEN SETS IN TOPOLOGICAL SPACES

 The main goal of this paper is to study some new classes of sets by using the open sets and functions in topological spaces. For this aim, the notions of τ*-open, τ-τ*-α-open, τ-τ*-preopen, τ-τ*-semiopen, τ-τ*-b-o...

 A Solar Powered Air Conditioning System for Daytime Offices based on Ejector Cycle: An Alternate of Conventional Air Conditioning Systems

 Solar cooling is comprised of many attractive features and is one path towards a more sustainable energy system. The performance of solar cooling systems is strongly dependent on local conditions. Solar cooling sy...

A STUDY TO IDENTIFY THE FACTORS AFFECTING EMPLOYEE TURNOVER IN SMALL SCALE INDUSTRIES

Now-a-days small scale industries play a very vital role to develop the economy of the country. In this vital segment of Indian economy i.e. a developing country, these types of industries becomes more crucial although E...

Download PDF file
  • EP ID EP100939
  • DOI -
  • Views 75
  • Downloads 0

How To Cite

Sunusha (30).  TO Convert Based on DC–DC Based on 3SSC and VMC. International Journal of Engineering Sciences & Research Technology, 2(12), 3703-3706. https://europub.co.uk/articles/-A-100939