Rotational planetary gearbox for energy optimization

A rotational planetary gearbox for energy optimization comprises a body (15) having two circular end plate (1, 2) positioned parallel and opposite to each other;

• the circular end plate (1) provided with a fixed sun gear (3) having axial direction towards the circular end plate (2) in horizontal axis;
• a carrier assembly (14) having an input side carrier (6) and output side carrier (7);
• said input side carrier (6) and output side carrier (7) are assembled opposite to each other;
• a rotatable sun gear (8) rigidly mounted on an input shaft (4) extended in the horizontal axis and disposed in a centroid borehole of the circular end plate (1) followed by the input side carrier (6) and the fixed sun gear (3);
• a plurality of input planet gears (9) arranged in between the input side carrier (6) and output side carrier (7) through a plurality of planet shafts (10);
• said plurality of the input planet gears (9) engaged with the rotatable sun gear (8);
• the plurality of planet shafts (10) extended through the input side carrier (6);
• said extended end of each planet shaft (10), a plurality of guide planet gears (11) mounted;
• said plurality of guide planet gears (11) engaged with the fixed sun gear (3);
• an output shaft (5) is rigidly mounted with the output side carrier (7) of the carrier assembly (14);
• said output shaft (5) is extended in the horizontal axis and throughout the centroid borehole of the circular end plate (2).