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A typical tidal power generation system using waves to generate power includes a floating device connected to a power generator through a pulley arrangement. The valve controller 530 may be FPGA, an embedded system or an integrated chip that implements a valve control routine. For example, the instructions may be stored on CDs, DVDs, in FLASH memory, RAM, ROM, PROM, EPROM, EEPROM, hard disk or any other information processing device with which the computer aided design station communicates, such as a server or computer. Further, the claimed advancements are not limited by the form of the computer-readable media on which the instructions of the inventive process are stored. Further, based on the power generated in one cycle shown in table 1 and assuming that an average American household consumes 24000 W power per day, then the total number of households that can be powered each day is calculated in table 2. For example a gas filled balloon of approximately 100 times the size of the soccer can supply power of approximately 792399.98 W, which can power approximately 33 average American households.

  • The gear 105 is driven clockwise by the gear 100,
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Sample power generation calculations for buoyancy based power generation apparatus according to one embodiment of the present disclosure is discussed below. Further, according to an embodiment of the present disclosure, there is provided a method for controlling power generated from the power generation apparatus submerged underwater including a first balloon filled with a gas and a second balloon initially empty; a first pipe connected with a first pressure sensor, a first valve, a first flow rate sensor; a second pipe connected with a second pressure sensor, a second valve, a second flow rate sensor; and a pump connected to the first pipe and the second pipe, the method includes reading the first and the second pressure sensor, and the first and the second flow rate sensor data, calculating a difference in pressure based on the first and the second pressure sensor data, starting the pump based on the calculated pressure difference, controlling the first valve and the second valve based on the first and the second flow rate sensor data; and stopping the pump.

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The apparatus further includes a power controller that reads and stores data from the at least two pressure sensors and the at least two flow rate sensors, controls the opening of the first valve and the second valve, and a pumping direction of the pump based on data from the at least two pressure sensors and the at least two flow rate sensors.

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The power controller 175 also determines when the pump 120 should start pump in a particular direction based on the pressure sensor data. In step 401, data from the first pressure sensor 111, the second pressure sensor 161, the first flow rate sensor 112 and the second flow rate sensor 162 data respectively is read into the power controller 175. In step 403 a determination is made if the difference in the first and the second pressure has reached a predetermined maximum value. According to the embodiment of the present disclosure, the power controller 175 interacts with the energy generation apparatus 180. The power controller 175 reads data from the sensors such as the first pressure sensor 111 and the second pressure sensor 161 and controls the gas flow rate through the first pipe 107 and the second pipe 157 respectively by controlling the amount of opening of the first valve 113 and the second valve 163 respectively.

Where, P is the power generated, Fb is the buoyant force, ν is terminal velocity of the immersed object according to one embodiment of the present disclosure. Further considering the efficiency of power generation is only 50% then approximately 16 average American households can be powered using the power generation apparatus according to one embodiment of present disclosure.

FIG. 4 illustrates a process for controlling the flow of gas between two balloons according to an exemplary embodiment of the present disclosure. FIG. 2 illustrates the working process of the buoyancy power generation system shown in FIG. Remedios para dolor de columna lumbar . FIG. 1 illustrates an initial configuration of a buoyancy power generation system. In FIG. 1, the first balloon 102 is filled with gas such as air or helium and is placed below the water surface 100 during the entire lifetime of its operation. For example at 100 m underwater, the water pressure is approximately 10 times the atmospheric pressure. While assembling the power generation apparatus 180 care must be taken that all the connections are leak proof so that gas does not escape from the components into the water or water does not enter into the components.

The up and down motion of the floating device is converted into a rotation of a shaft which can be used to generate electricity. The energy generated from the power plant is then transmitted to the electric grid, which distributes the energy in the form of electricity for industrial and domestic use.

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The power generated by the generator 130 can be stored in the energy storage device 140 such as a battery or send to an energy grid where the energy is directly transmitted to the household use via an electric transformer. For instance for a shorter cord length the amount of opening of the second valve 163 may be higher to allow higher gas flow rate to the second balloon 150. Furthermore, the length of the cord 115 can also be used to determine the pumping duration of the pump 120. For instance the time required to fill the second balloon 150 at different depths of water at a predetermined gas flow rates may be calculated experimentally as a part of the installation and setup process of the power generator 180 and stored in a database. For example, in first step the pump 120 can deflate the first balloon 102 and the air can be stored in an separate accumulator (not shown).

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In step 409, pumping is performed in the second direction. Alternatively, power may be generated using a floating device connected to a motor that pulls the floating device underwater. The first pipe 107 is connected to a first port of the pump 120. In one embodiment, the pump 120 can be a reversible or a bidirectional type of pump which can pump gas in both the direction. Also, as the second balloon 150 is rising, the flexible hose 153 is unreeled from the hose reel 155 and the cord 115 connected to the second balloon 150 generates a force on the generator 130 while pulling the first balloon 102 downwards. Que tomar para el dolor muscular despues del gimnasio . A typical hose reel 155 may include a rotating cylinder (not shown) around which the flexible hose 153 can be wound. The general purpose storage controller 524 connects the database 504 with communication bus 526, which may be an ISA, EISA, VESA, PCI, or similar, for interconnecting all of the components of the tracery controller 109. A description of the general features and functionality of the display 510, keyboard and/or mouse 514, as well as the display controller 508, storage controller 524, network controller 506, and general purpose I/O interface 512 is omitted herein for brevity as these features are known.

The hose reel 105 may include a rotating cylinder (not shown) around which the flexible hose 103 can be wound. The flexible hose 103 is extended from a hose reel 105. The hose reel 105 is firmly fixed to an underwater surface 199 via a reel support 105 a. The apparatus includes at least two balloons completely submerged under a water surface of a water body, wherein a first balloon is filled with a gas and a second balloon is empty. As waves are generated on the surface of the water the floating devices moves up and down with the wave. One of the renewable and sustainable energy sources is water which is used to operate hydropower plants such as hydro-electric power plants, which produce power at a large scale and tidal power plants, which produce power at relatively small scale. This phenomenon is observed due to the higher pressure exerted by the water as the depth increases.

Furthermore, the velocity of the rising gas balloon can be affected by the depth underwater as well.

Due to the increasing energy demand and exhaustible energy sources there remains a continuing need to provide new, efficient and continuous energy generation systems. To supplement the energy demand sustainable power generation systems are required. Further, some the largest power plants depend on non-renewable energy source such as oil, natural gas and coal that will eventually be exhausted. In general, larger the radius of the gas filled balloon greater will its terminal velocity. Note that the amount of time required for each cycle may depend on several factors such as the pumping capacity of the pump, the gas flow rate and the velocity of the rising balloon. Furthermore, the velocity of the rising gas balloon can be affected by the depth underwater as well. Furthermore, the terms “approximately,” “proximate,” “minor,” and similar terms generally refer to ranges that include the identified value within a margin of 20%, 10% or preferably 5% in certain embodiments, and any values therebetween.

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