What is the conversion relationship between the installed capacity of a power plant in MW and the bo

Hahaha, I didn't know that when I started working, but I found out later.

2 × 300 mw refers to electricity production, which refers to the power of the generator (power here refers to the capacity to produce electricity). The **t\h (steam boiler) and **mw (hot water boiler) you mentioned later refer to the power of the boiler (power here refers to the capacity to heat the water in the working fluid).

Then you said **mw/0.7=**t/h, which is correct. These are all output units. Of course, they can be converted. For example, a 58 mw hot. A water boiler is equivalent to the power of a steam boiler of 83 t/h, a steam boiler of 75 t/h is equivalent to the power of a hot water boiler of 53 MW. So when we talk about **mw, you have to know if we are talking about a boiler or a generator, otherwise you will be alls both confused.

Also you said that a 330 mw generator corresponds to a 1020 boiler. It depends on the steam temperature. Common steam temperature is 540 degrees (affected by existing materials). the same ratio will be It requires a steam volume of approximately 1124 t/h. As far as I know the 1022 t/h you mentioned can only be brought to a 300 mw generator. Speaking of which, I remembered it when I was chatting with one. my friend from Haguo, he said it was over 100 t/h overseas. H's boiler can carry a 200 MW generator (I somehow forgot the other one and was a little fuzzy when he said it. When I heard it, I felt it). fresh and magical at the time, I still don't know what happened. I hope if you can explain this in the future, I really hope today's technology is so advanced.

Finally, you said 330/0.7=471... I don't know what your calculation means, but from your thoughts, I feel like your calculation is a joke, haha.

Finally, I want to tell you that you should pay attention to safety if you work in a power plant! ! Money is not important, the body is important! ! ! That's all