HYBRID POWER SUPPLY SYSTEM BASED ON QUASI-Z-SOURCE NETWORK

HYBRID POWER SUPPLY SYSTEM BASED ON QUASI-Z-SOURCE NETWORK
Author(s):
Murali.M.J , B. BHAVANI, P. HARITHA
Keywords:
Abbreviation—AC–DC integrate controller, aluminum electrolysis, hybrid power supply system (HPSS), quasi-Z source (Q-Z-S) converter, two-layer control algorithm. P and O algorithm
Abstract
The fossil fuel consumption in the production process is a key point for my hybrid system. By using fossil fuels the carbon emission rate increases for reducing this we are introducing renewable resources here. In the sense of the reduction of carbon emission we are introducing hybrid system which intend makes very eco-friendly and efficient as well. For this we are using Quasi-Z-source network to provide an efficient means of power conversion between the source and load in wide range of electric conversion applications. In addition, the anode effect is a peculiar phenomenon in aluminum electrolysis production. It means a situation where too many gas bubbles form to the bottom of the anode and join together forming a layer. This increases the resistance of the cell when smaller areas of the electrolyte touch the anode. Thus, when anode effect occurs, voltage rises sharply, which can up to 50 V or higher and the voltage of dc bus is raised.
Article Details
Unique Paper ID: 145852 Publication Volume & Issue: Volume 4, Issue 11 Page(s): 455 - 459
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