City: Become a principal from junior college!

It can be said.

The world's hot spots today are all occupied by the Polaris No. 1 battery.

After all, energy has always been an unavoidable pain point in human development.

All aspects of human life are inseparable from energy.

Cooking requires energy.

Refrigerators and washing machines require energy.

Cell phones also require energy.

This is just what ordinary people can see.

Energy is the real consumer in places that ordinary people cannot see.

For example, the manufacturing of each piece of clothing requires a lot of energy.

The manufacturing of any industrial product is inseparable from the energy process.

Even various Internet services are supported by energy.

The AI ​​big data that has become popular in recent years is a major consumer of energy.

Every bit of computing power used by users requires huge amounts of energy.

The United States' ChatGPT-3 consumed two million kilowatt-hours of electricity during training.

The intelligent transportation system server of Xingchen Academy consumed one million kilowatt-hours of electricity during the training process.

As for AI customer service?

What’s even more terrifying is that the training process alone consumed three million kilowatt-hours of electricity.

Those who provide services now are consuming huge amounts of energy every minute and every second.

According to experts' predictions, as humans move closer to the long-awaited science fiction era.

The demand for energy will continue to rise sharply.

Perhaps the world’s annual electricity consumption today.

In the next ten years, it won’t last even a month.

Human demand for energy is increasing day by day.

However, the pollution problems caused by energy and the accelerated consumption of minerals have always been a heavy burden on all human beings.

Therefore, humans began to try various methods of generating electricity.

Nuclear power plants have their advantages, but the cost of generating electricity is no lower than that of thermal power plants. In fact, due to high technical specifications, the cost is even higher.

There will also be pollution problems.

Clean energy industries such as wind power, hydropower, and photovoltaics.

It's not that dangerous.

The average cost is also lower.

Especially for photovoltaic power generation, the cost can even be reduced to 2.5 cents per kilowatt-hour.

However, the inability to generate electricity in a controllable manner according to human needs has always been the main reason restricting the development of the clean energy industry.

And now.

With the advent of the Polaris battery.

They seemed to have seen the optimal solution at once.

Polaris battery, combined with clean energy.

It will be an unprecedented wonderful experience.

When there is more electricity generated and less electricity demand.

Directly store excess electrical energy.

When the demand for electricity is high and the power generation is low.

The stored electricity can be released directly into the grid.

This will bring clean energy availability to a new level.

At the same time, the cost of generating electricity from clean energy will be greatly reduced.

After all, a lot of electricity doesn't need to be wasted.

The electricity generated can be used.

The cost naturally came down.

It is foreseeable that with the advent of the Polaris One battery.

Clean energy will usher in a real golden period of development.

the most important is.

Foreign photovoltaic giants have already been swept away in the last stage.

It’s not that easy to rebuild it.

This means that the domestic photovoltaic industry will dominate the world with the help of Polaris batteries.

……

The Polaris No. 1 battery is undoubtedly important to China.

It can reduce electricity costs, reduce demand for thermal power and protect the environment.

Moreover, large amounts of energy can be stored in key areas for emergency use.

So on that day, China sent people to Xingchen Academy.

Foreign countries undoubtedly attach equal importance to it.

Unlike China, many power companies in foreign countries are privately owned and electricity prices are extremely expensive.

And there is no such thing as every village being connected to every road.

If you live in a remote place.

Of course, you don't have to dream that the power company will run a line for you for free.

Totally impossible.

All at my own expense.

You may have to spend thousands or even tens of thousands of dollars just to get electricity. And electricity is not cheap.

Ordinary people would feel distressed.

They have also tried photovoltaic power generation.

Installing photovoltaic products on the roof.

But the limitations are too great.

For one thing, batteries are too expensive.

Storing 20 degrees of electricity may not be enough for a day.

But buying a battery costs 10,000 or 20,000 US dollars.

And it needs to be replaced after a few years.

The final count.

The cost is several times higher than that of the power company.

But the emergence of Polaris batteries made them see the light of day.

They have spacious rooftops and large yards.

Some even have large tracts of land.

Some places have installed photovoltaic power generation equipment.

What is always lacking is a stable battery.

The cost of Polaris batteries is only one twentieth of that of traditional batteries.

In other words, the original cost of electricity was 600 yuan per kilowatt-hour.

The price was directly reduced to 30 yuan per kilowatt-hour.

Although they can't be bought so cheaply.

But even if you get a battery that costs only 100 RMB per kilowatt-hour.

They directly bought a 200-degree battery, which only cost 20,000 RMB.

Converted into US dollars, it doesn't even reach three thousand dollars.

A 200-degree battery is definitely enough for a family of three to use for three to five days.

Full of practicality.

Not to mention that Polaris batteries are also resistant to low temperatures and have less performance degradation.

Can be used for longer time.

This is definitely great value.

If you are a wealthy family, you can just prepare a battery module with a capacity of 2,000 or even 5,000 kWh.

Even if it rains and blows for a month, you don't have to worry about power outages.

If only we could install the smallest wind turbine possible.

Photovoltaic power generation is used when the sun is shining, and wind power generation is used when the sun is not shining.

You will almost never have to worry about energy issues again.

This is absolutely perfect for living in the deep mountains and forests.

The cost of living has also dropped dramatically.

More secure.

It can be said that the advent of the Polaris No. 1 battery.

There has been a heated discussion about clean energy around the world.

The share prices of all companies related to the photovoltaic industry around the world are skyrocketing.

It is no exaggeration to say that there is a daily limit increase.

At this moment, everyone's attention was on Star Academy.

I want to know whether the Polaris battery can be mass-produced.

What is the production.

Can it meet the needs of the whole world?

After all, once such a battery comes out.

Global demand is huge.

Even if it's not for clean energy.

Many megacities may build a backup power supply base.

Store energy on weekdays.

If anything happens, the energy base can ensure the normal operation of large cities.

After all, in today's megacities, all convenience is brought by energy.

If the power is really out for a few days.

A large number of people will inevitably die.

This is also a problem that the whole world is worried about.

The Polaris battery has low cost, strong cold resistance, and extremely low attenuation.

It couldn't be more perfect.

Large cities need it.

Military bases and the like are also needed.

The demand for Polaris batteries is beyond imagination.

Therefore, everyone wants to know whether Star Academy can achieve mass production.

Can production be guaranteed?

And there are further concerns abroad.

That is, will Star Academy supply them later?
Will you make any requests based on this? (End of this chapter)