WATER LEVEL CONTROL MECHANISM FOR ELECTRICITY GENERATION SYSTEM IN STILL WATER.

Abstract

The invention relates to an automatic positioning system that enables energy production systems operating in aquatic environments to be kept in their optimum operating position without being affected by changes in water level. The system includes a fixed carrier structure (11), a level drive mechanism (12), upper drive motors (13), a movable system fixing rod (6), a water level bar (14), a water level sensor (15), and a level control circuit (16). Data detected by the water level sensor (15) is transmitted to the level control circuit (16), and based on this data, the level drive mechanism (12) is activated via the upper drive motors (13), automatically adjusting the vertical position of the system. In addition, the flywheel (17) integrated into the system reduces speed fluctuations by imparting inertia to the rotational movement on the crankshafts (2), ensuring more stable operation of the system.