Abstract: The ocean thermal and hydraulic energy conversion system includes a closed loop assembly comprising a pipeline filled with a working fluid, a pump and a turbine. The system includes a first supply line to transport warm water to an evaporator and then to a junction, and a second supply line to transport cold water to a condenser and then to the junction. The evaporator evaporates the working fluid from a liquid into a vapor using the warm water and the vapor powers the turbine. A generator is connected to the turbine and generates electricity by the powered turbine. The condenser condenses the working fluid vapor to a liquid using the cold water. A hydraulic converter receives the warm and cold water from the junction and converts the hydraulic energy into electricity.

Abstract: The ocean thermal and hydraulic energy conversion system includes a closed loop assembly comprising a pipeline filled with a working fluid, a pump and a turbine. The system includes a first supply line to transport warm water to an evaporator and then to a junction, and a second supply line to transport cold water to a condenser and then to the junction. The evaporator evaporates the working fluid from a liquid into a vapor using the warm water and the vapor powers the turbine. A generator is connected to the turbine and generates electricity by the powered turbine. The condenser condenses the working fluid vapor to a liquid using the cold water. A hydraulic converter receives the warm and cold water from the junction and converts the hydraulic energy into electricity.