2. About the Company
Introduction
We believe, a dependable Smart Power Source opens up radical business
avenues for our Customers.
Our Customers benefit immensely by generating their own Onsite
Distributed Power which also keeps our planet Clean.
We craft our Products from First Principles, challenging the old dogmas.
We Build Great Products.
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3. A Steam Turbine Generator is an energy-generating machine. The best
way to understand Steam Turbine Generators, also known as “turbo
generators,” is to understand a steam turbine and a generator
separately.
A steam turbine Generator is a type of steam-powered engine.
Water is heated to a very high temperature in order to turn it into
steam.
The steam turbine generator converts the mechanical energy created
by highly pressurised steam into rotational energy.
On the other hand, a generator is a machine that converts mechanical
energy into electrical energy.
The coiled wires of a generator spin inside a magnetic field, causing
an electric current to flow.
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4. When a steam turbine is connected to a generator, the result is a
steam turbine generator, which produces electricity.
The built-in auxiliary systems allow them to operate safely and
efficiently.
Steam turbine generators are used in solar thermal electric power
plants, coal, geothermal, nuclear, waste incineration, and natural gas
power plants.
Cement, sugar, steel, paper, chemicals, and other industries use them
extensively.
Steam Turbine Generators are high-speed machines in general. Steam
turbine power plants generate the majority of the world’s electricity.
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6. Water is heated in a boiler to a temperature higher than the boiler temperature
before being injected into it to produce steam.
The water flow rate, pumping pressure, heat transfer area of the boiler, and heat
of combustion used all have an impact on steam production. Steam pipelines
transport steam from the boiler to the turbine.
This steam is pushed through nozzles inside the turbine to achieve the desired
level of steam velocity.
The high-velocity stream passes over the steam turbine rotor’s blades. The
rotational movement of the turbine shaft is converted from the velocity of steam.
Couplings connect the Steam Turbine shaft to the Generator.
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WORKING PRINCIPLE OF A STEAM TURBINE GENERATOR
7. A Gear Box or Speed Reducer is sometimes used between the Steam Turbine and
the Generator.
The gearbox, also known as a Speed reducer, reduces the turbine shaft speed to
the desired generator shaft speed.
Steam Turbine Generator is made up of a casing with stationary blades inside and
a rotor with moving blades around the perimeter.
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8. Many factors influence the efficiency of a steam generator, including the type of
steam turbine, its size, the inlet steam pressure and temperature, the exhaust
steam pressure and temperature, and the steam flow rate.
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EFFICIENCY OF A STEAM TURBINE GENERATOR
CONCLUSION
Steam turbine generators are commonly used to generate electricity from a
variety of energy sources such as renewable energy, coal, oil, and gas.
Steam turbines are used in power generation plants as well as in the Process
industry.
9. Thank you!
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questions.
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