Head flow power generation

Introduction The power generated by the water head flow is 0.08 cubic meters of water per second, or 80 kg, or approximately 800 n, times the length of the water head. Public display based on relevant requests: For example, the water height is 18 meters, and each

Head flow power generation

The amount of water per second is 0.08 cubic meters, or 80 kg, or approximately 800 n, multiplied by the length of the water head. Public display according to relevant inquiries: for example, the water height is 18 meters, the water volume per second is 0.08 cubic meters, which is 80 kg, which is about 800 n, the work is 14,400 joules, the equivalent power is 14.4 kilowatts, i.e. the electricity generation power is 100%.

How many cubic meters of water does a 30 kilowatt hydroelectric plant use per hour?

The amount of electricity generated has little to do with the volume of water. If there is no drop, the water has no potential energy to convert into kinetic energy, and the impulse turbine drives the generator to produce electricity. .

So, theoretically, the amount of electricity generated by water, P = volume of water * fall * acceleration of gravity * efficiency ofthe turbine * generator efficiency * power factor

One cubic meter of water water What economic value can it create? To be precise

How many cubic meters of water are used per hour for the production of 30 kilowatt hydroelectric power? This question cannot be answered because there is no final straw. The larger the drop, the less water will be used. and the smaller the drop, the more water will be used. If the drop of water is 100 meters, you can calculate it. The work done per 30 kilowatts per hour is equal to 30,000 watts times 3,600 seconds, which equals 1.08*10 8th joules of power. Water consumption is equal to 1.08*10 8th joules of power divided by (100 meters*9.8 meters per second). squared), or approximately 110,000. One kilogram is equal to 110 tonnes. 110 tonnes multiplied by 1 tonne per cubic meter equals 110 cubic meters. Thus, for 30 kilowatts of hydroelectric energy, theWater level is 100 and water consumption is approximately 110 cubic meters per hour. The above conclusion does not take into account energy loss.

A cubic meter of water = a ton of water! A ton of water can be:

1. A ton of water can be used for (drinking)

2. A ton of water can be used for (bathing)

3..A ton of water can be used for (saving a small tree or a small fish)

4 ..A ton of water can be used to (clean)

5.. A ton of water can be used to (put out a fire)

6.. A ton of water can be used to (conduct electricity)

7.. A ton of water can be used to (.flush the toilet)

8. . One ton of water can be used (to preserve freshness)

9.. One ton of water can be used (100 kg for steel making)

10. One ton of water can be used (produce 200 kg of cement)

11. )

12. A ton ofwater can (produce 250 kg of edible oil)

13. One ton of water is enough (2,000 kg for oil refining)

14. One ton of water is enough (11 televisions are produced)

15. One ton of water is enough (100 kg for making paper)

16. be used (to produce 2,000 red bricks)

..............

There are many more, think about it yourself !

I did everything myself, my hands hurt! I hope to adopt it!

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