CL2010000983A1 -
Electricity generation system with the tide by means of a submerged hydraulic pipe with a float that keeps it, anchored, and connected with a bidirectional turbine that at the exit has a branch and that leads to 2 reservoirs for a continuous cycle of loading and unloading of the reservoirs through the turbine.
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Electricity generation system with the tide by means of a submerged hydraulic pipe with a float that keeps it, anchored, and connected with a bidirectional turbine that at the exit has a branch and that leads to 2 reservoirs for a continuous cycle of loading and unloading of the reservoirs through the turbine.
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Priority to CL2010000983ApriorityCriticalpatent/CL2010000983A1/en
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Other Liquid Machine Or Engine Such As Wave Power Use
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Abstract
Sistema de generación de energía eléctrica con la marea mediante una tubería hidráulica sumergida con un flotador que lo mantiene, anclado, y conectada con una turbina bidireccional que a la salida posee una derivación y que conduce a 2 embalses para un ciclo continuo de carga y descarga de los embalses a través de la turbina.Electricity generation system with the tide by means of a submerged hydraulic pipe with a float that keeps it, anchored, and connected with a bidirectional turbine that at the exit has a branch and that leads to 2 reservoirs for a continuous cycle of loading and unloading of the reservoirs through the turbine.
CL2010000983A2010-09-152010-09-15
Electricity generation system with the tide by means of a submerged hydraulic pipe with a float that keeps it, anchored, and connected with a bidirectional turbine that at the exit has a branch and that leads to 2 reservoirs for a continuous cycle of loading and unloading of the reservoirs through the turbine.
CL2010000983A1
(en)
Electricity generation system with the tide by means of a submerged hydraulic pipe with a float that keeps it, anchored, and connected with a bidirectional turbine that at the exit has a branch and that leads to 2 reservoirs for a continuous cycle of loading and unloading of the reservoirs through the turbine.
Electricity generation system with the tide by means of a submerged hydraulic pipe with a float that keeps it, anchored, and connected with a bidirectional turbine that at the exit has a branch and that leads to 2 reservoirs for a continuous cycle of loading and unloading of the reservoirs through the turbine.
Electricity generation system with the tide by means of a submerged hydraulic pipe with a float that keeps it, anchored, and connected with a bidirectional turbine that at the exit has a branch and that leads to 2 reservoirs for a continuous cycle of loading and unloading of the reservoirs through the turbine.
A system for generating electric energy from a fluid that has a current flowing in the direction, consists of at least one helical turbine that revolves around a longitudinal axis, at least one generator operatively connected to the turbine, a structure of support of the at least one turbine.
Power generation equipment comprises: a support structure adapted to be arranged at the bottom of a body of water, a floating power generation device that has a buoyancy center, a winch device that detachably fits the device energy generator; method to position a submersible device.
Underwater installations for generating energy, it comprises an energy generating system and an infrastructure arrangement that houses the infrastructure equipment for the installation, which comprises a supporting structure adapted to make contact with a bed of a body of water.
Operational method of a hydroelectric turbine system comprising, installing a turbine inside a body of water, allowing the rotation of the turbine and generating electric power, absorbing the electric power in a load bank electrically connected to the turbine; and associated system.
Electricity generation system with the tide by means of a submerged hydraulic pipe with a float that keeps it, anchored, and connected with a bidirectional turbine that at the exit has a branch and that leads to 2 reservoirs for a continuous cycle of loading and unloading of the reservoirs through the turbine.
Apparatus for capturing tidal and river energy, the apparatus is a floating turbine that is anchored at the bottom of the body of water and exposed to sea currents or, anchored in a irrigation or river channel and exposed to kinetic energy, which comprises a pair of floats mounted on a chassis, a horizontal axis mounted on bearings in the chassis.
Electric generation system that obtains kinetic energy from a water flow, has a floating platform, a hydraulic wheel on the platform, one or more electric generators connected to the wheel, stabilizer bar fixed to the platform and the edges of the flow, local and remote control, and current transmitting cables.