- #1
Micko
- 43
- 0
Hello to all,
I have one question and hope you'll help me to answer it.
Recently I have visited one power plant. There I learned basics of el. energy production and also fact that in every moment production = consumption because el. energy cannot be conserved.
I also learn that by allowing more steam to turbine, more power of turbine and generator will be. So basicaly operator control valves and flow of steam to turbine so he controls power. However I know that in one simple circuit power is determined by consumer, if if reciver needs more current for same voltage, there will be more power. So basically my question is how is possible to control how much power is producted with just allowing more or less steam to turbine when real need is determined by consumer. Whr if more steam is sent to turbine that will enable more power on turbine, but system (consumers) does not need more power?
I hope there are some guys here who will know to answer my question.
Thanks
I have one question and hope you'll help me to answer it.
Recently I have visited one power plant. There I learned basics of el. energy production and also fact that in every moment production = consumption because el. energy cannot be conserved.
I also learn that by allowing more steam to turbine, more power of turbine and generator will be. So basicaly operator control valves and flow of steam to turbine so he controls power. However I know that in one simple circuit power is determined by consumer, if if reciver needs more current for same voltage, there will be more power. So basically my question is how is possible to control how much power is producted with just allowing more or less steam to turbine when real need is determined by consumer. Whr if more steam is sent to turbine that will enable more power on turbine, but system (consumers) does not need more power?
I hope there are some guys here who will know to answer my question.
Thanks