The cost of 1 MW power generation is Rs. 5.0 crores in thermal power plant.
plant total generation + deemed generation divided by plant capacity multiply by no of hours
More than 65% of India's electricity generation capacity comes from thermal power plants, with about 85% of the country's thermal power generation being coal-based. The 10 largest thermal power stations operating in India are all coal-fired, with seven of them owned and operated by state-run National Thermal Power Corporation (NTPC).
how to measure Temperature in thermal power plant
Taketoyo Thermal Power Plant was created in 1966.
The basis of differentiation is end user. A thermal power plant produces electricity to sell the same to different end users through grid. But, in case of a captive thermal power plant generation of electricity generally is to meet the demand of power by the parent industry. For e.g. an Alumunium smelter plant requires huge quntity of elctric energy to operate. To secure undisrupted source of energy it may set up its own power plant which in turn can be termed as the captive power plant. But, in certain cases excess electricity can be sold to the market.
A good example of a thermal power plant is run that is coal fired.
It is type of thermal power plant
The list of thermal power plants in India include the Mundra Thermal Power Station in Gujarat; and Vindhyachal Thermal Power Station in Madhya Pradesh. Also included are Mundra Ultra Mega Power Plant, Talcher Super Thermal Power Plant, and Sipat Power Plant.
A MW power plant, or a megawatt power plant, is a power generation facility that produces electricity at a rate of one million watts. It is a unit of power measurement and is commonly used to describe the capacity of a power plant. MW power plants can be thermal, hydroelectric, renewable, or any other type of power plant that generates electricity.
Chandrapur thermal power station
A subcritical power plant is a type of thermal power plant that operates below the critical point of water (374°C and 22.1 MPa). These plants are less efficient compared to supercritical power plants because they operate at lower temperatures and pressures, leading to lower power generation efficiency. Subcritical power plants are common in older power generation facilities.