System Preplanning Theory by using Failure vs. Reliability Analysis of DSP-270P Polycrystalline SPV System: A Comparative Approach

Abstract

A preplanning idea is always required before installing any new system. So, we present an approach for technical preplanning excluding mechanical designing and cost through this paper, to make the system more reliable as well as proper array selection scheme through the comparative analysis. It is implemented by using the comparative approach of optimized and non-optimized output for DSP270P polycrystalline SPV array through PSO, P&O and GA techniques with the help of practical hardware and simulation approach of MATLAB-10 and ode64, aiming the development of various modern power semiconductor devices for any large or bulky SPV system network. Under this idea, the computation of output/solar power, failure rate and reliability analysis of this SPV system for different number of panels has been covered. In-spite of this,  DSP210D module is compared with the different types of solar array modules with respect to the number of panels. The initiative step is done by using the data sheet of manufacturer for the comparative study under elementary platform, especially for DSP 270P (Polycrystalline) and KS-M 280 W solar models (Monocrystalline), BP SX 150 and SPP 280-24 solar models (Polycrystalline) and other different modules. All the graphs for several key parameters are plotted in MATLAB.