are the grounding systems brushes wire ropes cables etc control cables electric feeding cables general sensors encoders positioning sensors rotor housing and nacelle housing fairing 17 batteries capacitors appropriate firefighting system 14 u201c tele supervision radio inter communicator spark u201d radio for communication among the turbine in the farm which will be better explained here below guard light general lighting upper control center and anemometric station 18 part of the items mentioned above are already parts of the state of the technique despite of being structurally lighter it is important to mention them because each of these items is a part of the wind turbine with horizontal shaft and vertical transmission of the patent in question and all differentiated details and of inventive character will be presented below as mentioned before the rotor 16 is connected to a main shaft 9 and this shaft is connected to an upper transmission system h vst 3 with torque sensor horizontal vertical with coupled torque sensor this transmission enables higher rotation torques from the horizontal direction to the vertical direction this transmission system h vst 3 is positioned in the nacelle skid 17 main frame exactly in the upper center of the tower in the center of the connection between the nacelle 17 and the tower this h vst transmission transmits the rotor torque to the vertical shaft torque tube or shaft line at winds from 3 m s and the latter mechanically transmits the rotor power to the lower part of the tower to the lower transmission system v hmvst 4 horizontal vertical with speed multiplication and torque sensor which in turn takes the transmission rmp to the perfect conditions for electric power generation.