| 摘要 |
FIELD: power mechanical engineering. SUBSTANCE: power plant comprises at least two interconnected power plants that rotate about an axis. Each of the power plants is made up as a tank with a liquid whereto a fluid-operated motor is connected. The outlet of the motor is connected with an evaporator. The outlet of the evaporator is connected with a pipe line. The other end of the pipe line is connected with a condenser. When the power plant is in rotation, the liquid inside the tank is exerted by a centrifugal force. The working member of the motor is exerted by the hydraulic head of the liquid since the motor is at a greater distance from the axis of rotation than the surface of the liquid formed due to the action of the centrifugal force on the liquid. Being passed through the motor, the liquid enters the evaporator where it is fully converted into gas. The pressure of the gas in the evaporator and the pressure of the liquid at the outlet of the motor is less than the hydrostatic pressure of the liquid at the inlet of the motor. The gas from the evaporator is further enters the condenser through the pipe line due to a pressure difference. The condenser is positioned at a less distance from the axis of rotation of the plant than the motor and evaporator. The liquid from the condenser again enters the evaporator and then the cycle is repeated periodically. The heat that gas takes off in condensation in the condenser of the first plant is transferred to an intermediate heat carrier which transfer the heat to the liquid evaporated in the evaporator of the second plant. The boiling temperature of this liquid is lower than the boiling temperature of the liquid evaporated in the evaporator of the first plant. EFFECT: enhanced efficiency. |
