Ordinary life

Introduction Ordinary life. I'm just an ordinary person, living an ordinary life, hoping to bring you ordinary happiness. Little beauty in busy ordinary life, I really don't like summer very much

Ordinary life

Ordinary life.

I'm just an ordinary person, living an ordinary life, hoping to bring you ordinary happiness.

The little beauty in the hectic ordinary life, I really don't like summer and I'm looking forward to autumn which is coming soon.

Your ordinary life is the treasure they dare not expect. After reading it, you will have new answers about life.

With solar energy, can the moon exist?

The moon itself does not emit light. Not much energy. The essence of moonlight is actually the light that shines on the surface of the moon and then reflects off the surface of the moon. Moonlight can generate electricity, but the electricity generation efficiency is very low and the cost is not proportional to income, so "monthly electricity generation" is not considered to be a method of producing common daily electricityyou. If you want to have a relationship between the moon and power generation, the correct way to open it should be: the power of lunar tidal power generation comes from the gravity of the moon, and the movement of Tide caused by the moon contains great energy.

The moon causes the tides to ebb and flow, giving them tremendous kinetic energy. Just as wind turbines capture wind energy, we can use underwater turbines to capture the kinetic energy brought by the tides. This device is similar to a wind turbine installed on the seabed or the bed of a river. Its turbine design is similar to that of an airplane propeller, with a gearbox connected behind it and a generator connected to the gearbox. When the tide rises, the turbine turns, turning the gears and turning the engine. The electricity produced by the generator is thene transported to shore via underwater cables, integrated into the electricity grid and delivered to thousands of homes. Building a solar base on the moon to generate electricity is because there are almost no obstructions on the surface of the moon, solar radiation can penetrate very far, and it can easily respond to requirements of using current photovoltaic technology for solar energy production, which requires occupying a large area of ​​land with sufficient sunlight.

The energy of solar radiation reaching the Moon each year is approximately 12 trillion, which is equivalent to 25,000 times the total energy produced by various energy sources currently consumed on earth in a year. Assuming that a solar power generation device with a current photovoltaic power conversion rate of 20% is used on the Moon, each square meter of cells solaires can generate 2.7 kilowatt hours per hour. If a 1,000 square meter battery is used, it can generate 2,700 kilowatt hours per hour.

Use microwaves to transmit solar energy to provide a continuous source of energy to Earth. Using Nuclear Fusion Energy on the Moon to Generate Electricity There are abundant helium-3 resources on the Moon. As an isotope of helium, helium-3 contains two protons and one neutron. The energy production efficiency of nuclear fusion of deuterium and helium-3 exceeds that of oil by tens of millions of times. According to the statistics of scientists, the content of helium-3 in the lunar soil is estimated at 1 million tons, which, when converted into nuclear energy, will be enough for the Earth to "benefit" for 10,000 years.

List the top ten benefits of the sun

First, you mustunderstand one thing: the light energy of the moon is obtained by the light of the sun., that is to say, when the sun is blocked by the earth or other dark matter of the universe, it will not receive no light energy. Because light from the sun is transmitted to the moon and then generated by human machines, its energy must be reduced. So why not use stable and efficient solar energy? Moonlight comes from the sun, so there is no fundamental difference. It can only be other environmental factors.

1. Providing a suitable temperature for the earth for the survival of all things

2 The power of plant photosynthesis, providing oxygen and organic matter

3. Atmospheric motion comes from the uneven heat of the sun and can provide the earth's atmospheric circulation and wind energy.

4. Provides brightness, lets you see things, prodfollows day and night changes and provides human energy. modes of work and rest

5. All fossil fuels such as coal and oil are derived from solar energy for human energy use

6. The modern calendar formulation is derived from the movement. of the sun, as do solar terms, which provide time patterns for agricultural activities and produce seasonal changes. The sun also provides light to the moon and the nine planets, and the moon's changes form the basis of the lunar calendar. >

7. Solar energy can also produce electricity directly

8. The sun evaporates water vapor from the oceans, providing the continent with a large amount of fresh water resources that balances the distribution of water resources and enables production. of water energy

9. Space devices can use the sun's gravity tour accelerate

10 The stationary orbit of space is derived from the gravity of the sun and the earth. gravity

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