Converter Improved Design Project

Improve the design of boost converters with high boost ratios and efficiencies and reasonably low costs of components for specification given. Calculations of component parameters and reasons why the size of components were chosen are required. Closed loop current and voltage control design is required (where necessary, with PI blocks, limiters, filters, comparators, voltage sensors, voltmeters, ammeters etc.) with reasons for block use and notes on design. Stable outputs and inputs required with very low input ripples and output ripples Examples of the style of control needed or attempted is given in the schematics, a load is required for the circuits as a resistor. Topologies provided as attachments. Use this specification, Specification 1: P=1MW; Vin = 20kV; Vout=50kV for the 3 schematics design of each topology. Design the converters for optimum efficiency and show calculation overall efficiency; also design for lowest losses with reason for use of components and how they increase efficiency of reduce losses. There are 3 topologies/ circuits. I'm trying to do an investigation looking at installed power in the semiconductors, size of passive components, evaluation of losses in semiconductors, losses in magnetic components and overall efficiency (so i need all these results with calculations, equations and reasons for use). Save simulation figures of Gate Signals, Voltages input and output signals, Current signals, Voltage ripples, Current ripples, inductor currents, capacitors figures, diode signals and Processed power against Installed Power and evaluation of losses (including magnetic losses) [login to view URL] provide notes and calculations of losses. Full report written outlining the design points made above, with IEEE referencing, figures with labels and values and axis (labelled), figures also with adequate simulation timings. Include reasons why MATLAB would be better than PSIM for these circuits designs. Require files to be saved in MATLAB. Please refer to the completion chart for further guidance.