![]() A solar cell is formed by the combination of a P-Type and N-Type semiconductor material. The PV array is formed by the connection of various solar cells in series or parallel. The proposed system consists of a PV array, A MPPT algorithm for maximum power generation, A DC-DC converter, an LC Filter, and a three-phase source. The converters used in this system are Cuk converter, Zeta converter, and Boost converter. The output voltage waveforms of the various DC-DC converters are analyzed in the system. In the proposed system the IC – MPPT technique has been used to enhance the output of the “Hybrid power system”. Various MPPT techniques have been invented to overcome this drawback like Perturb and Observe, Fractional open-circuit voltage, Incremental conductance, Neural networks, Fuzzy logic. The PV arrays while being majorly used for power generation due to their user-friendly properties also suffer from some major drawbacks of their kind, which include their low efficiency etc. Various factors affect the power quality and quantity generated by the SPV array. ![]() With the increasing use of the Solar PV arrays for power generations in domestic as well as for commercial applications due to its various properties like the ease of installation, minimum maintenance, consumer-friendly, No noise due to no moving parts, environment friendly.
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