Power generation system

A power generation system comprising:

• a container with a refrigerant configured to immerse a heat dissipation device, wherein the heat dissipation device is configured to vaporize at least a portion of the refrigerant at a surface of the heat dissipation device and thereby generate bubbles;
• a turbine including a turbine shaft rotatable about a central longitudinal axis and a plurality of turbine blades connected to the turbine shaft;
• and
• a rotatable connector configured to
• connect the turbine and the heat dissipation device,
• position the central longitudinal axis of the turbine shaft to extend parallel to a direction of gravity, and
• position the turbine in a path of the bubbles rising from the surface of the heat dissipation device in a vertical direction extending parallel and opposite to the direction of gravity,
• wherein the turbine shaft is configured to rotate about the central longitudinal axis based on an action exerted by the bubbles which impart kinetic energy to the plurality of turbine blades, and
• wherein the rotatable connector includes
• a first connector having a first portion connected to the turbine,
• a second connector configured to fix the first connector to the heat dissipation device and enable the turbine shaft to rotate about the central longitudinal axis, and
• a first rotator between the first connector and the second connector, the first rotator being configured to rotate at least partially around a first rotation axis of the first rotator, the first rotation axis being perpendicular to the central longitudinal axis of the turbine shaft.

A power generation system comprising:

• a container with a refrigerant configured to immerse a heat dissipation device, wherein the heat dissipation device is configured to vaporize at least a portion of the refrigerant at a surface of the heat dissipation device and thereby generate bubbles;
• a turbine, the turbine including a turbine shaft rotatable about a central longitudinal axis and a plurality of turbine blades connected to the turbine shaft, the turbine in the refrigerant in a path of the bubbles rising from the surface of the heat dissipation device in a vertical direction extending parallel and opposite to a direction of gravity, wherein the turbine shaft is configured to rotate about the central longitudinal axis based on an action exerted by the bubbles generated at the surface of the heat dissipation device and rising at least partially in the vertical direction from the surface of the heat dissipation device which impart kinetic energy to the plurality of turbine blades;
• a rotatable connector configured to connect the turbine and the heat dissipation device, and to position the central longitudinal axis to extend parallel to the direction of gravity;
• and
• a converter configured to convert the imparted kinetic energy into electrical energy.