Summary of the principles of Catatumbo lightning

Introduction Summary of the principles of Catatumbo lightning If the above explanation is correct, then based on the above principles we can summarize as follows: 1. According to the research of space science, the earth’s electromagnetic field and solar wind

Summary of the principles of Catatumbo lightning

If the above explanation is correct, then based on the above principles we can summarize it as follows:

1. According to space science research, the earth's electromagnetic field is related to the solar wind. Then Catatumbo lightning has a weak correlation with the rotation of the earth, which means that Catatumbo lightning has a certain pattern with local time. This point was mentioned in the above report.

2. The earth’s electromagnetic field is related to the solar wind, and the occurrence of Catatumbo lightning is closely related to the sun’s 11.2 activity cycle. Research in this area needs to be done by wealthy people.

3. The water surface of Kongumilaldo Village has a unique geographical location, where the earth’s electromagnetic field can be used to generate electricity at the lowest cost. As for the method of generating electricity, you can refer to the book "Earth's Magnetic Field" I wrote.

What is the use of the power plant in Red Alert, and how to prevent lightning storms

Power generation refers to the use of power generation devices to convert water energy and fossil fuels ( Coal, oil, natural gas, etc.) thermal energy, nuclear energy as well as solar energy, wind energy, geothermal energy, ocean energy, etc. are converted into electrical energy. At the end of the 20th century, fossil fuels were mostly used for power generation. However, fossil fuel resources are not abundant and are becoming increasingly depleted. Human beings have gradually used more renewable energy (water energy, solar energy, wind energy, geothermal energy, ocean energy, etc.) to generate electricity.

1. Hydropower generation

The basic principle of hydropower generation is to use the water level difference to generate electricity with a hydroelectric generator, that is, to use the potential energy of water to convert the potential energy of the water into the mechanical energy of the water wheel. Then mechanical energy is used to drive the generator to obtain electricity. Scientists take advantage of the natural conditions of the water level difference, effectively utilize fluid engineering and mechanical physics, and carefully combine them to achieve the highest power generation, providing cheap and pollution-free electricity for people to use.

2. Thermal power generation

Thermal power generation refers to a power generation method that uses the heat energy generated when combustible materials (mostly coal in China) are burned and converts it into electrical energy through a power generation device.

3. Nuclear power generation

The core device of nuclear power generation is the nuclear reactor. Nuclear reactors are divided into thermal neutron reactors and fast neutron reactors according to the neutron energy that causes fission.

Fast neutrons refer to neutrons released by fission reactions. Thermal neutrons are neutrons slowed down by fast neutrons. A large number of thermal neutron reactors are operated, which require a moderator to slow down fast neutrons into thermal neutrons through the elastic collision of its atomic nuclei with fast neutrons. The material used in thermal neutron reactors is mainly natural uranium (uranium-235 content of 3%) and slightly enriched uranium (Uranium-236 content of about 3%).

4. Wind power generation

Converting wind energy into electrical energy is the most basic way of utilizing wind energy. Wind turbines generally consist of components such as a wind wheel, a generator (including devices), a deflector (tail), a tower, a speed limiting safety mechanism, and an energy storage device. The working principle of a wind turbine is relatively simple. The wind wheel rotates under the influence of wind, which converts the kinetic energy of the wind into the mechanical energy of the wind wheel shaft. The generator rotates driven by the wind turbine shaft to generate electricity.

5. Geothermal power generation

Geothermal power generation uses underground thermal energy to generate electricity, which is similar to thermal power generation.

6. Human power generation

Anything that can generate power can generate power. Just like water power and wind power, human power can also generate power. Therefore, generators such as hand cranks and pedals were produced to convert the energy generated by people during movement into electrical energy.

Relationship to Economics

The choice of electricity production model and its economic feasibility vary by demand and region. Economies vary widely around the world, resulting in widespread residential sales prices ranging from 5.54 cents per kilowatt hour in Iceland to 40 cents per kilowatt hour in some island nations. Hydroelectric power plants, nuclear power plants, thermal power plants and renewable energy sources each have their own advantages and disadvantages, and the choice is based on local electricity demand and demand fluctuations.

All grids have different loads, but the lowest daily load is base load, usually provided by continuously operating plants. Nuclear, coal, oil, natural gas and some hydroelectric plants can provide base load. If the cost of building a well for natural gas is less than $10 per megawatt hour, then generating electricity from natural gas is cheaper than generating electricity from coal.

Thermal energy may be economical in areas with high industrial density where local renewable energy cannot meet high demand. Since industry is usually far away from residential areas, the impact of localized pollution is also minimized. These plants can also withstand changes in load and consumption by adding more units or temporarily reducing output from certain units.

Nuclear power plants can produce large amounts of electricity from a single unit. However, nuclear disasters have raised concerns about the safety of nuclear power, and the capital costs of nuclear power plants are very high. Hydroelectric plants are located in areas where the potential energy created by falling water can be harnessed to drive turbines and generate electricity.

Due to technological advances and mass production, the production costs of renewable energy sources other than hydropower (solar, wind, tidal, etc.) have fallen and in many cases energy is now as expensive as hydropower Or less than fossil fuels. Many governments around the world offer subsidies to offset the higher costs of any new electricity production and make it economically feasible to install renewable energy systems.

Reference for the above content? Baidu Encyclopedia - Power Generation

If you choose allies, create spies to enter the lightning storm, so that the enemy can re-research the lightning storm and help you Buy time. If it were the Soviet Union, they would build a few Rhinos and rush forward wildly, but they would usually be turned into scrap metal before they could reach them. In fact, a single hit will not cause devastating damage, but don't let the enemy attack the enemy after the attack, otherwise the game will be over. Build more troops and tanks. Even if you can't stop the enemy from launching super weapons, you can still prevent the enemy's ground or air forces from cooperating with super weapons to launch a surprise attack.

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