Simulative study of Super lift Luo converter for Industrial Uni-directional open -wheel energy harvesting system

The main motive of this study is enhancing Super lift Luo convertor with closed loop system for industrial open wheel electro kinetic energy extraction. Recent days automobile and textile industries, Sugar mills utilizing hybrid power sources for energy harvesting but hybrid power sources have lot of financial and non-financial problems, financial barriers are economic strength of industrial plant and construction cost of hybrid power sources etc. similarly non-financial problem is environmental factors and maintenance of hybrid power harvesting peripherals etc. Most of Large-scale industries preferring solar-wind-Diesel hybrid power sources combination for continuous renewable power extraction but this kind of hybrid power sources generate nil electrical energy due to climate condition and temperature factor, Other factors because solar energy to electrical energy conversion process highly depending upon solar irradiation level and environmental temperature level, second source is Micro wind turbine, this renewable power source output level proportional to wind velocity, Wind speed also solar energy and Diesel power sources are directly or indirectly polluting environmental in the form of green house gas emission from energy harvesting cycle, All this power source dependencies indirectly affecting energy extraction and productivity, so for renewable engineers suggested indoor industrial electro kinetic energy extraction for continuous power harvesting therefore this study enhancing singleton open wheel energy harvesting system with advanced DC-DC conversion operation from MATLAB Simulink