How many cubic meters of water are used per hour for the production of 30 kilowatts of hydroelectricity? This question is impossible to answer because there is no drop of water, the larger the drop of water, the less water will be used, and the smaller the drop, the smaller it is. 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. So for 30 kilowatts of hydroelectric power, the water level is 100 and the water consumption is about 110 cubic meters per hour. The above conclusion does not take into accountyou the loss of energy.
I want to use water in small pipes to produce electricity. I only need to generate a small amount of electricity of a few watts.
< strong>A kilowatt hour of electricity does not equal how many watts.Because they are two different units and cannot be compared directly. Degree is a unit of energy, and the unit is kilowatt hour. consumed by an electrical appliance with a power of 1 kilowatt for one hour is called a degree 1 degree = 1 kilowatt times 1 hour = 1000 watts times 3600 seconds = 1000 times 3600 joules.
The concept of a kilowatt hour of electricity:
A kilowatt hour of electricity is not a word on the meter, nor 0.5 yuan.
A kilowatt hour of electricity (1 kWh) is a unit of energy, not the unit of power (kW) that we usually see 1 kilowatt hour of electricity = 1 kilowatt hour = 1 kilowatt × 1hour =. 1000 watts × 1 hour, in simple terms, a kilowatt hour of electricity is the energy consumed by an electrical appliance with a power of 1000 W operating for 1 hour.
Depending on the energy used, there is generally the production of thermal energy, the production of wind energy, the production of photovoltaic energy, the production of nuclear energy, the production of hydroelectric power, etc.
Thermal power generation burns coal and consumes 310 grams of coal and 4 liters of purified water, 190 grams of diesel and 59 grams of natural gas, producing 160 grams of carbon dioxide, 272 grams of carbon dust, 6.2 grams of sulfur dioxide, 15 grams of carbon oxide can produce one kilowatt hour of electricity.
Theoretically speaking, it is possible that I saw in the news that a resident made a homemade wind turbine to produce electricity. It can produceix degrees of electricity per day and can also be stored. batteries. But I also have to tell you that this guy spent tens of thousands of dollars tinkering with this thing, and the tension was very unstable at first. I work for the China Three Gorges Corporation and should know something about hydropower. As for the Three Gorges project, it generally takes about four square meters of water to produce one kilowatt hour of electricity. the water height of the Three Gorges Reservoir is? How big is the traffic? If you're using small pipes I can't tell, but you definitely won't be using just square water. If you do it at home, you need to calculate the cost. Additionally, you may have to experience voltage issues related to power generation. You will also need transformers. The principle of electricity production at the Three Gorges hydroelectric power stationis the next. The water flows through the turbine, causing the turbine to rotate, and the turbine drives the generator rotor outside rotates, and the rotor and the magnetic plate outside produce an electromagnetic reaction, thereby generating electricity. This may be a little difficult for you.