The pressure balancing pipe in a Francis hydro turbine is designed to equalize pressure differences between various parts of the turbine, particularly between the inlet and the draft tube. This helps to minimize hydraulic forces that could lead to mechanical stress or instability in the turbine components. By maintaining a balanced pressure, the pipe enhances the overall efficiency and reliability of the turbine during operation. Additionally, it aids in reducing cavitation risks and ensures smoother flow transitions within the turbine system.
The comparison kaplan and francis hydro power turbine is as under: 1. Efficiency of Kaplan hydro power turbine is higher. 2. Kaplan turbine is more compact in cross-section and has higher rotational speed to that of francis hydro power turbine. 3. In Kaplan turbine, the water flow is axia and in francis trubine it is radial. 4. The runner blades in the kaplan turbine is less in number. 5. Specific speed of Kaplan turbine is 2 to 3 times that of Fancis turbine. 6. Friction loss in Kaplan turbine is less. 7. Francis turbine requires medium head while Kaplan trubines are low head hydro power turbines.
no you can't use dc motor to power hydro turbine ?
running water turns a turbine
The primary machine used in hydro-electric power generation is the turbine. It's a main fixture of hydro dams.
when water passes thru a dam, it turns the turbine blades, the turbine blades turn a huge metal rod like stick and the rod turns and powers an generator.
The comparison kaplan and francis hydro power turbine is as under: 1. Efficiency of Kaplan hydro power turbine is higher. 2. Kaplan turbine is more compact in cross-section and has higher rotational speed to that of francis hydro power turbine. 3. In Kaplan turbine, the water flow is axia and in francis trubine it is radial. 4. The runner blades in the kaplan turbine is less in number. 5. Specific speed of Kaplan turbine is 2 to 3 times that of Fancis turbine. 6. Friction loss in Kaplan turbine is less. 7. Francis turbine requires medium head while Kaplan trubines are low head hydro power turbines.
The turbine of a hydro-electric dam turns when water from the dam's reservoir flows through it at high pressure, causing the turbine blades to spin. This spinning motion is then transferred to a generator, where it produces electricity through electromagnetic induction.
no you can't use dc motor to power hydro turbine ?
The speed at which a turbine inside a hydro dam spins can vary depending on the design and size of the turbine, as well as the water flow and head pressure. On average, turbines can spin at speeds ranging from 100 to 1000 revolutions per minute (RPM).
its a water turbine
No. Hydro power is power from running water driving a turbine and a generator.
A test pressure whcih is used to perform hydro test is known as hydro test pressure, besically the hydro test pressure is more then the design pressure of pipe, tank, pressure vessel ..................
running water turns a turbine
hydro electric means electricity is produced by the using the Water(hydro). The water is made to fall forcely on the Turbine wheel it makes the turbine to rotate. Turbine is coupled to the Generator shaft. when the turbine rotates the generator rotates and emf is induced in it and the ourput is taken from it
Hydroelectric power
In a power station that uses fossil fuels, The fuel is burnt and the heat used to generate steam. The steam is then injected onto the turbine blades, making it turn.In Hydro elcectric stations, special water turbines are used. Water pressure is used to turn the turbine blades directly.
The primary machine used in hydro-electric power generation is the turbine. It's a main fixture of hydro dams.