About Hydrogenerator exhaust system drawing
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6 FAQs about [Hydrogenerator exhaust system drawing]
What is a Category 2 hydro generator?
These generators up to 5 MW capacity are classified as category-2 generators. These generators are factory assembled. The stators are transported in two segments and rotors in fully assembled as one integral component. Small hydro generators above 15MW are shipped in multi parts and are assembled and tested at site.
Can a brushless exciter be used for a small hydro generator?
Brushless system may be used for small hydro generators up to about 15 MW where machine speed is 500 rpm & above and large DC current capacity is not required. A provision for field flashing the field of the rotating exciter for startup purposes is required.
What is a hydro generator?
3. HYDRO GENERATOR ABOVE 5 MW Hydraulic turbine driven generators for hydro plants are salient pole synchronous alternating current machines. Large salient pole generators are relatively slow and medium speed machines in the range 80-375 rpm with large number of rotor poles.
Do small hydro generators have power system stability considerations?
In most of the cases power system stability considerations do not arise in small hydro generators. Mechanical characteristics of the generator are based on the hydraulic turbine data to which the generator will be coupled. Characteristics regarding speed, flywheel effect have been discussed in guidelines of turbine selection.
What is a hydro turbine driven generator?
Hydraulic turbine driven generators for hydro plants are salient pole synchronous alternating current machines. Large salient pole generators are relatively slow and medium speed machines in the range 80-375 rpm with large number of rotor poles. These generators are normally specifically designed and generally interconnected with grid.
What type of excitation system is required for hydro generator?
15 MW where machine speed is 500 rpm & above and large DC current capacity is not required. A provision for field flashing the field of the rotating exciter for startup purposes is required. Static Excitation System: The static excitation system is the most commonly used excitation system for hydro generators. It is typically shown in figure 3.
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