MPPT ALGORITHM AND REAL-TIME PARAMETERS MONITORING

U radu je opisan teoretski dio MPPT(Maximum Power Point Tracking) solarnog kontrolera i algoritam koji njime upravlja, te praktični dio u kojem je opisano kako je što u praksi realiziranona konkretnom primjeru. Rad jezamišljen kao dio projekta 'Solarnog lifta' tj. lifta koji se sastoji od solarnih panela kao izvor napajanja i motora koji su povezani na uže preko kojeg se sami lift podiže. Glavni cilj je bio pronaći i koristiti moderne i pouzdane elektroničke elemente male potrošnje i male mase, što u konačnici rezultira većom efikasnošću cijelog sustava. Naravno sve je popraćeno aplikacijom koja dobiva rezultate u realnom vremenu (eng. Real Time) i omogućava interakciju sustava sa čovjekom.This work describes the theoretical part of the MPPT (Maximum Power Point Tracking) solar controller and the algorithm that controls it, as well as the practical part which describeshow something is realized in practice on a specific example. The work is intended as part of the 'Solar Elevator' project, i.e. an elevator consisting of solar panels as a power source and motors connected to a rope over which the elevator itself is lifted. The main goal was to find and use modern and reliable electronic elements of low consumption and low mass, which ultimately results in greater efficiency of the whole system. Of course, everything is accompanied by an application that gets results in real timeand allows the system to interact with humans