Interleaved Boost Converter Fed with PV for Induction Motor/Agricultural Applications

Abstract

In present Electricity market Renewable Energy Sources (RES) are gaining much importance. The most common Renewable Energy Sources are Photo voltaic (PV), fuel cell (FC) and wind energy systems, out of these three PV systems PV system can implemented in most of the locations. Due to the power cuts and power disturbances in Distribution systems agriculture application is concentrated on PV based Energy system. The use of PV system is increasing day by day in agriculture application, due to their ease of control and flexibility. PV Electrification schemes also involves various subsidies in government national and international donors. Especially in Agriculture field by use of PV one can achieve higher subsidy. The output of PV system is low voltage DC to have high efficiency. The motors used in agriculture field are Induction Motors (IM) fed from Three phase AC supply, to boost the PV output we need a high voltage gain boost converter along with PWM inverter to Induction motor drive. Out of various DC-DC converter configurations interleaved boost converter is gaining much attention, due to its reduction in size and Electromagnetic Interference (EMI). In this work we are proposing a PV fed interleaved boost converter with PWM inverter for agriculture applications. The design process of interleaved boost converter is explain detail and compared with existing boost converter. A 10KW Power rating is choosing for the Induction motor drive and design calculations are carried out. A MATLAB/SIMULINK based model is developed for boost and interleaved boost converter and simulation results are presented, finally a scaled down hardware circuit design for interleaved boost converter and results are presented.

Optimization of switching losses of the Weinberg converter

“…PWM DC-DC converters are widely used in various energy conversion systems [1], [2]. One of the most common applications of these converters are hybrid power supply system's [3]- [13]. A buffer source of electrical energy, most often a battery bank, is an integral part of hybrid power supply systems.…”

Fractional PID controlled cascaded flyback switched mode power supply with enhanced time domain response

“…Impact of freeloading Components on EMI Generated by SMPS has been explained by Milind [18]. Interleaved boost converter fed with PV for Induction motor / agricultural applications was presented by Adireddy [19]. An optimal fuzzy classical controller for Automatic generation control of twoarea electrical power systems was suggested by Y.Arya [20].…”