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Rotating Machines like High Voltage Generators

Service & Maintenance

Hydro Power Plant Generators Rewinding, Stator Core Building, Rotor pole Repairs, Stator coil Manufacturing. Partial repairs etc..

System Replacement

Gas Turbine/Steam Turbine Generators Rewinding, Stator Core Building, Rotor pole Repairs, Stator coil Manufacturing. partial repairs etc

Motor Overhauling

Induction Motor Overhauling, Rewinding, Partial repairs.

Heat exchangers/Coolers maintenance

Heat exchangers/Coolers maintenance and hydro-pressure tests..

Synchronous Motor Trouble shooting

Synchronous Motor Trouble shooting, Rewinding, Partial repairs, Rotating Rectifier,
Thyristors, Control Pulse Unit (CPU) replacement and trouble shooting.

Serving In The Industry For Past 8 Years

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General Queries!

What is the working principle of hydropower plant?

The reservoir acts much like a battery, storing water to be released as needed to generate power. The fast-moving water pushes the turbine blades, something like a pinwheel in the wind.

What is the advantage of High Voltage Generators?

High voltage generators are a crucial component in the power generation industry. They convert mechanical energy into electrical energy at high voltage levels, which is then distributed to homes and businesses through the power grid. These generators come in various forms and are used in a variety of applications, from power plants to electric vehicles.

Types of High Voltage Generators

There are two main types of high voltage generators: Alternating Current (AC) generators and Direct Current (DC) generators.
Alternating Current (AC) Generators: AC generators are the most commonly used type of generator in the power industry. They work by using a rotating magnet to generate an alternating current (AC) voltage. The AC voltage produced by an AC generator can be easily transformed to different voltages using a transformer, making it a versatile source of power. AC generators are used in a wide range of applications, including power generation for homes and businesses, as well as in large scale power plants.
Direct Current (DC) Generators: DC generators, on the other hand, produce a direct current (DC) voltage. They work by using a rotating armature that is surrounded by a stationary magnet. The rotation of the armature causes a current to flow through the wire, generating a DC voltage. DC generators are used in a variety of applications, including welding and electroplating, as well as in some older forms of power generation.

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