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Hydroelectric power depends on what two things?
A hydroelectric generator requires two things to produce power; water and head. Water is obviously needed to spin the turbine, and head is the difference in altitude between the surface of the water in the reservoir above the generator and the water turbine at the generator.
What relationship exsists between turbine and generator?
A turbine is powered by such things as steam, burning gas or oil, water, or wind. The turbine is a type of engine, which might be thought of as a more efficient choice than a gas engine or reciprocating steam engine for doing the same job. The turbine could do many things ranging from powering a vehicle such as a helicopter, a ship, a locomotive, or a piece of equipment such as a centrifuge, a pump, or a generator. When a turbine powers a generator, the generator makes electricity.
What is effect on turbine generator if frequency is high or low?
turbine will trip
What is the difference between turbine turning gear and barring gear?
both are same using for rotating the turbine initially
What is the pressure inside the turbine casing?
a generator
What is a different between the turbine and genetrators?
A turbine drives a generator.
Does heat energy make wires in a generator spin?
In a way. It is the difference between temperatures at the inlet and outlet of the steam turbine (generically, a 'heat engine') which results in the turbine spinning -this, in turn, causes the generator to spin.
Hydroelectric power depends on what two things?
A hydroelectric generator requires two things to produce power; water and head. Water is obviously needed to spin the turbine, and head is the difference in altitude between the surface of the water in the reservoir above the generator and the water turbine at the generator.
What is the difference between 500MW and 600MW power station?
The ans is with respect to Thermal Power plants: the basic difference between a 500MW plant and 600MW palnt is in the turbine design. the 600MM turbine has 1 HPT, 1IPT and 2 LPTs, 2 Condensors and a generator. the 500MW turnbine has 1 HPT, 1IPT and 1 LPT, 1 condensor and a generator. HPT: high pressure turbine IPT: intermediate pressure turbine LPT: low pressure turbine
What is the relationship between turbine and the generator?
They are used together to make hydroelectricity.
Gas turbine generator?
gas turbine generator
How is potential energy changed into electricity?
For example, in a hydroelectric dam, water makes a turbine move; the turbine makes a generator move, the generator generates the electricity.For example, in a hydroelectric dam, water makes a turbine move; the turbine makes a generator move, the generator generates the electricity.For example, in a hydroelectric dam, water makes a turbine move; the turbine makes a generator move, the generator generates the electricity.For example, in a hydroelectric dam, water makes a turbine move; the turbine makes a generator move, the generator generates the electricity.
What is the relationship turbine and generator?
steam powers a turbine which drives a generator to produce electrical power
A wind turbine generator is similar to a on a bicycle.?
a wind turbine generator is similar to a on a bicycle?
What is the fundamental difference between a battery and a generator?
the fundamental difference between a battery and a generator is that a battery uses chemicals
What relationship exsists between turbine and generator?
A turbine is powered by such things as steam, burning gas or oil, water, or wind. The turbine is a type of engine, which might be thought of as a more efficient choice than a gas engine or reciprocating steam engine for doing the same job. The turbine could do many things ranging from powering a vehicle such as a helicopter, a ship, a locomotive, or a piece of equipment such as a centrifuge, a pump, or a generator. When a turbine powers a generator, the generator makes electricity.
What forces will turn a turbine of a generator?
Steam, water, or wind can apply force to turn the turbine of a generator. The turbine converts the kinetic energy from these sources into mechanical energy, which in turn drives the generator to produce electricity.
