FLIGHT SIMULATION SYSTEM FOR EVALUATION OF UNMANNED AERIAL VEHICLE BASED ON SOLAR ENERGY

摘要

PURPOSE: A virtual aviation evaluation system for a solar energy based unmanned aerial vehicle is provided to perform a power supply condition monitoring and evaluation process due to the long aviation while making the unmanned aerial vehicle virtually fly for a long time under all aviation conditions, thereby accurately evaluating the performance of the unmanned aerial vehicle. CONSTITUTION: An aviation simulation unit (20) makes an unmanned aerial vehicle fly virtually. An energy management unit (30) charges power to a battery (34) by generating the power corresponding to solar lights incident into the unmanned aerial vehicle and to generate and outputs the power necessary for operating the unmanned aerial vehicle by using the charged power. An aviation performance evaluation unit (40) monitors the amount of power generation and the amount of power consumption by the control of the aviation simulating unit, thereby evaluating the aviation performance of the unmanned aerial vehicle. [Reference numerals] (20) Aviation simulation unit; (21) Propeller; (22) Propeller driving unit; (23) Aviation orbit control unit; (30) Energy management unit; (31) Solar cell panel; (32) MPPT control unit; (33) Battery charging unit; (34) Battery; (35) Power conversion unit; (40) Aviation performance evaluation unit; (41) Weather condition monitoring unit; (42) Aviation state monitoring unit; (43) Power state monitoring unit; (44) Evaluation performing unit; (50) Weather condition control unit; (AA) Solar lights