Energy storage mechanisms for uncontrolled fuel input turbine

An energy storage system in a turbine system, the system comprising:

• a rotor, the axis of rotation extending longitudinally through said rotor;
• a plurality of blades mounted to the rotor to drive the rotor in response to an airflow;
• and
• a rotor driveline coupled with the rotor and an electrical generator, the rotor driveline including a coupler, a torque control mechanism, a transmission system, the torque control mechanism comprising a variable torque converter, a switching mechanism and at least one energy storage system,
• wherein, during operation, the rotor driveline receives input from the rotor as an aerodynamic or mechanical energy source by means of varying the force trans milled and/or moment arm of the bodies, transmitting the said force, between the rotor driveline and the energy storage system to make kinetic energy system reach and maintain the desired rotor and/or generator rpm,
• wherein the variable torque converter actuate the positive force and/or torque acting on rotor driveline in order to achieve the desired rpm, and
• wherein the energy storage system stores the energy based upon gravitational potential energy, the energy storage system comprising of column with mass coupled to a positive drive belt via locking pins, with positive drive belt coupled in open belt drive arrangement through driving pulley and driven pulley mounted on the second shaft and third shaft respectively, the second shaft is further coupled to the first shaft via gear coupling, wherein the first shaft is further coupled with the switching mechanism, and wherein the said mass are configured to move in the direction and against the direction of the gravitational field in the said housing to store and release the desired amount of gravitational potential energy in the said mass, further the said locking pins, by sliding into and out of the cavities in the said column, and simultaneously sliding out of and into cavities in the said positive drive belt, couples the said mass with column and positive drive belt, respectively, controls the amount of mass translating on the positive drive belt.