OMITTED

摘要

The present invention relates to a floating vertical axis wind power generation system. More specifically, the floating vertical axis wind power generation system comprises a torque sensor and a controller, thereby measuring and calculating the RPM and torque of a generator, showing the results thereof via a monitoring part, immediately checking the generated voltage, generated current, and generated power of the generator according to the wind speed of a wind power generator, indicating the accumulated amount of generation as various units, such as an hour unit, a day unit, and a month unit so as to check a generation situation in real time. Accordingly, a generation plan can easily be established based on the features. In order to achieve the purpose of the present invention, the floating vertical axis wind power generation system comprises: a rotation shaft, which is arranged perpendicular to a sea surface; an emergency lamp, which is combined to the top of the rotation shaft; a generator, which is installed on the rotation shaft positioned at the bottom of the emergency lamp so as to convert the rotational energy of the rotation shaft to electric energy; a torque sensor, which is installed on the rotation shaft positioned at the bottom of the generator so as to measure the torque and RPM of the rotation shaft; a controller, which converts incomplete alternating current generated by the generator to direct current voltage so as to charge a battery, and stores data including generated voltage, generated current, and a generated power level; and a generator protection dome, which accommodates the generator, the torque sensor, and the controller, and is installed at the bottom of the emergency lamp in the shape of a dome.