A General Constant Power Generation Algorithm for Photovoltaic Systems - 2017 PROJECT TITLE :A General Constant Power Generation Algorithm for Photovoltaic Systems - 2017ABSTRACT:Photovoltaic power plants (PVPPs) sometimes operate by tracking the maximum power purpose (MPP) in order to maximise the conversion potency. However, with the continuous increase of put in grid-connected PVPPs, Power System operators are experiencing new challenges, like overloading, overvoltages, and operation throughout grid-voltage disturbances. Consequently, constant power generation (CPG) is imposed by grid codes. An algorithm for the calculation of the photovoltaic panel voltage reference, which generates a relentless power from the PVPP, is introduced during this paper. The key novelty of the proposed algorithm is its applicability for each single- and 2-stage PVPPs and adaptability to maneuver the operation purpose to the proper or left aspect of the MPP. Furthermore, the execution frequency of the algorithm and voltage increments between consecutive operating points are changed based mostly on a hysteresis band controller so as to get quick dynamic response below transients and low-power oscillation throughout steady-state operation. The performance of the proposed algorithm for both single- and two-stage PVPPs is examined on a 50-kVA simulation setup of these topologies. Moreover, experimental results on a one-kVA PV system validate the effectiveness of the proposed algorithm under numerous operating conditions, demonstrating functionalities of the proposed CPG algorithm. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Modeling of grid connected VSCs for power systems small signal stability analysis in DC link voltage control time scale - 2017 A Photovoltaic Generation System Based on Wide Voltage-Gain DC-DC Converter and Differential Power Processors for DC Micro grids - 2017