Power Research

M. Vijay Anand ¹, J. Amala Arocikaraj ²

Affiliations
1 Assistant Professor, EEE,Kurinji College Of Engineering And Technology, Manapparai , Trichy- 621 307, IN
2 Head Of Department, EEE,Kurinji College Of Engineering And Technology, Manapparai, Trichy- 621 307, IN

Abstract

The aim of this paper is to model and simulate a boost inverter control method for implementing DC to AC power conversion method. The photovoltaic based load connected system depends up on the number of components and stages involved in the power conversion .The proposed scheme is applicable to any single –stage, single- phase grid connected inverter operating in continuous conduction mode. Only one current sensor is used for shaping the boost inductor current with a simple structure. In this present work a solar energy system with boost inverter is presented by controlling the inductor current excess current is released to the load. Simulation is carried out using MATLAB/SIMULINK software and the result are presented for the boost inverter and the output voltage is increased effectively.

Keywords

Current sensor, Electromagnetic Interference (EMI) grid-connected, inverter, Maximum Power Point Tracking (MPPT), Photo Voltaic (PV), single-stage, Energy Storage Period (ESP), Energy Release Period (ERP), MATLAB

Full Text

     

M. Vijay Anand ¹, J. Amala Arocikaraj ¹, A. Priya Fatima Rani ¹

Affiliations
1 EEE, Kurinji College of Engineering and Technology, Manapparai, Trichy - 621307, Tamil Nadu, IN

Abstract

The vehicle pressures are enormously wasted in the densely populated country like India and china. Piezoelectric crystal can change the vehicle pressure in to electrical power. The pressure obtained by the vehicle tyre is used for power generation even through, which is not constant some delay may occur due to time difference between each vehicle. Piezoelectric sensors are placed on the right track on the high ways. Pressure varies for each vehicle. In order to maintain the constant regulated voltage. We place Cuk converter and a battery backup. Cuk converter will provide a constant voltage. Which is fed to the three phase inverter act as the DC to AC converter? Utilize those powers for the government office, street lighting, traffic lighting, check post lighting, and pumps for gardening in high ways etc. Simulation work is done by using MATLAB. The three phase output is obtained by effective utilization of Cuk converter and inverter. Continuous conduction mode (CCM) can be obtained by using battery backup.

Keywords

Continuous Conduction Mode (CCM), Current Sensor, MATLAB, Piezoelectric Sensor, Pressure, Rechargeable Battery, Stress, Vibration, Voltage Sensor.

Full Text