Development, realization, optimization and monitoring of a 5kWp grid-connected modular Sun-tracking photovoltaic system

The objective of the project research is to develop, realize and monitor the distributed grid-connected photovoltaic (PV) system of 5kW as the basic modular unit for realizing PV power plants of greater capacity. The PV system with an innovative two-axis rotating system for tracking the position of the Sun directly gives the generated electric power to the distribution network and has the capacity for energy accumulation. The PV system integrates the existing results into a single competitive maintainable technological project. Particular goals of the project are: 1. Realization of the grid-connected PV system comprising all the components needed for generating electrical energy from solar radiation which is primarily designed to be sold to the distribution company; 2. Realization of the innovative heavy load rotating tracker for the sake of system efficiency enhancing up to 40% comparing to the fixed systems by applying the mechanical structure of the tracker with two-axis rotation. 3. Foundation of an experimental-research accredited laboratory for examining and analyzing PV systems; 4. Development of measuring and controlling devices for optimizing the characteristics of the realized PV systems; 5. Production of ecologically pure energy; 6. Education and enhancement of the awareness of the local community regarding the solar energy systems application efficiency; 7. Transfer of knowledge to existing and newly-created companies; 8. Increased number of installed PV systems.