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Orbit KRP Power Private Limited A Breed Apart

Power Plant Management Services

An Operation & Maintenance Company
• Thermal Power Plant Operation
• Utility Plant Operation

Build Your Dream

Thermal Power Plant Operation

Our O & M Capabilities After incorporation, Orbit KRP Power Private Limited has established itself as the leading Operation & Maintenance organization. We have a list of clients and they speak about quality of service we offer… We provide Operation & Maintenance service globally for Power Plant, Boilers and Utility plant across a wide variety of sector including

Power plant operators

Do you want to consistently improve and/or enhance the efficiency and availability of your plant? Are you seeking a partner for a cooperation on an equal footing? We are familiar with the challenges your business faces in all technologies. You can draw on our many years of experience, and working with you, we will find the appropriate optimal solution for solar, wind, biomass, natural gas, refuse waste or coal.

Here’s what we can do for you:

We use professional engineering to extend the capacity of your systems.
We enhance the flexibility and efficiency of existing facilities.
We bring facilities up to the latest state of technology.
We plan and update environmental systems.
We make operation efficient.
We use power plant simulators to train your operating staff.
We minimise waste and optimise downtime.
We ensure consistently economical plant operation.
We operate your systems as if they were our own.
We provide support during decommissioning.

All this of course while also guaranteeing environmental standards and using new, innovative tools.

Working Of Thermal Power Plant

1. Heat Generation:

The process begins by generating intense heat. This can be achieved by burning fossil fuels like coal, natural gas, or by harnessing nuclear reactions. In your industry, you may also use electric boilers for this purpose.

2. Boiling Water:

This intense heat is then used to boil water within a high-pressure vessel. This results in the formation of high-pressure steam. The steam is like a powerful force waiting to be harnessed.

3. Steam Turbine:

The high-pressure steam is directed towards a steam turbine. This is a bit like a giant fan that’s turned by the force of the steam. As the turbine spins, it drives an electrical generator.

4. Generating Electricity:

The generator is where the magic happens. As it turns, it produces electricity. This electricity is then sent out to power houses, industries, and more.

5. Recycling Heat:

But the process doesn’t end there. After the steam has done its job, it exits the turbine at a lower pressure. It’s still hot, though. This hot steam is sent to a steam condenser.

6. Cooling and Recycling:

In the condenser, the hot steam is cooled down, turning it into water again. This condensed water is then sent back to the high-pressure vessel to begin the cycle anew.

Generators and Transformers

Transformers rotate at a high speed of 3,000 rpm, enabling them to create some 15,000 to 20,000 V of electricity. This electricity is then increased in voltage to between 154,000 to 500,000 V by the transformers inside a power station before the electricity is transmitted.

Types of Thermal Power Plant :

Thermal power plants can be categorized into two primary types:

1. Conventional Thermal Power Plants: These facilities utilize a steam turbine for electricity generation. The steam is generated by combusting fuels such as coal, natural gas, or oil in a boiler.

2. Combined Cycle Thermal Power Plant: These plants employ both a gas turbine and a steam turbine for electricity generation. The gas turbine generates power in the initial phase, while the steam turbine is responsible for the subsequent electricity generation. The heat from the gas turbine is used to heat water and create steam for the steam turbine.