Vol 2 Chapter 1211: Super large battery pack energy storage power station

It is said that no special care is needed, but in fact, Wu Hao and the others are enjoying this special care and special hospitality no matter where they go.

For example, to visit some classics and museums, they were also allowed to visit some scenic spots and exhibition reviews that are usually not open to tourists, and even some scenic spots were temporarily closed to receive him.

To be honest, he was a little embarrassed about this, but this kind of special hospitality experience is really good, at least it is not disturbed, so that they can visit quietly.

As for the dinner, the local celebrity chefs personally took the spoon, let them taste the local food.

So after playing for two days, it made them feel very good. When they were about to leave, many people were still very reluctant.

The meeting with the local leaders was placed in the city, and Wu Hao finally met the first, second and third leaders.

Forty minutes of conversation made Wu Hao's impression of these leaders very good, at least very pragmatic, and did not talk freely.

Of course, these leaders still have only one purpose, and that is to hope that Wu Hao can come to invest. These leaders enumerated a series of resources here, but, obviously, for Wu Hao and others, none of them seemed appropriate.

After all, for a technology-based company, there is really nothing to attract him here, it's too remote and barren.

This is also one of the most important reasons restricting the development of the underdeveloped Northwest, and no one can do anything about it.

The local leaders obviously also knew this, so after Wu Hao simply shook his head, he was not too frustrated. Instead, he asked Wu Hao for advice and asked Wu Hao's opinions and suggestions on local economic development.

Regarding this, Wu Hao did not have any good suggestions, but he also said two things. For example, the development of regional advantages, such as photovoltaic power generation industry, and wind power generation industry, etc. Secondly, it is to take advantage of the regional hub of the Eurasian Railway on the Second Continental Shelf to find opportunities.

Relying on the convenient conditions of Eurasian railway transportation, it can attract some labor-intensive enterprises to build factories here, thus revitalizing export trade.

These two suggestions may seem ordinary, but they are Wu Hao's sincere thoughts, and they are also the industry that he believes can be implemented most locally and can be made bigger and stronger.

However, there are also many problems caused by this, the first of which is definitely a lack of funds. Ganlong itself is a poor province, and can't spend much to support local development, and there are many children who want milk, so it can't be a bowl of water.

As for the state's related financial support, it is also very limited, so they still have to rely on themselves.

In this regard, Wu Hao couldn't help them either.

But, after enjoying the special care of others for two days, he can't help but say.

Therefore, in the photovoltaic and wind power industries, Wu Hao promised to help them invest in the establishment of a large-scale battery energy storage field in the local area to regulate the power resources from wind and photovoltaic power plants, so that the electricity generated here can be used. Uninterrupted supply out.

As you all know, ordinary photovoltaic power generation requires sunlight, so generally photovoltaic power generation can only be used during the day and there will be no electricity at night. This is the biggest shortcoming of photovoltaic power generation.

As a result, a brand-new technology was born, using solar energy to generate CSP. A large number of mirrors are laid in the huge site, and then the sunlight reflected by the mirrors is concentrated on the middle heat collecting tower, the heat collected by the sunlight is used to boil water, and the steam is used to drive the steam turbine to rotate and generate electricity.

In this way, even when the sun goes down, the heat energy involved can drive the steam turbine to work for several hours. The latest kind of molten salt tube thermal power generation technology can even work for one night and continue to rise again the next day to achieve continuous power generation.

It's just that this kind of CSP plant has a relatively large investment and a relatively large area, which is easily affected by the terrain. And in recent years, there have been many cases where this kind of solar thermal power generation has an impact on the local environment, especially threats to birds.

Therefore, people still set the goal on more environmentally friendly and cleaner photovoltaic and wind power generation.

How to solve the continuity of photovoltaic power generation and wind power generation is also an important problem ahead of the world's power technology scientists.

In fact, there is only one key reason, how to solve the problem of electricity storage. As long as this problem can be solved, all problems can be solved easily.

The problem of electric energy storage has always been a worldwide problem. Although there are now batteries, the cost of batteries is too high and the energy storage density is too low to be practical.

At present, there are two types of energy storage technologies that are relatively mature and are currently being used. One is pumped energy storage power plants. To put it simply, the excess electricity generated by photovoltaic power plants and wind power plants during the day is pumped and stored by UU reading www.uukanshu.com.

At night, the water pumped out during the day is then discharged, driving the impeller to rotate to generate electricity.

However, this conversion efficiency is too low, but this is currently the most widely used and most important energy storage method.

The second type is electric shock technology for large battery packs. However, such large-scale battery packs and super-large battery pack energy storage power stations have invested huge amounts. These are generally strategic projects. Underdeveloped areas like this can be said to have no such ability to undertake construction.

However, Wu Hao agreed to build this super-large battery energy storage power station for them locally to solve this problem. Help them save the wasted electricity generated by photovoltaic cells and wind power plants, and then send it out at night or when needed.

In this way, it can bring them a very substantial income.

In fact, this project is also a win-win project. For Wu Hao and others, on the one hand, they can also use their newly developed large-scale battery pack energy storage technology and establish demonstration projects to open up the market.

And the second point is that the super-large battery pack energy storage power station itself is also a very profitable project.

After the establishment of this kind of ultra-large battery energy storage power station, it will purchase the excess electricity generated by local photovoltaic power plants and wind power plants at a very favorable price during the day. Then, during the peak power consumption period at night, A higher price is sent to the grid.

In this way, one entry and one exit can bring them very considerable benefits. In addition, the state also has relevant support and subsidy funds for this super-large battery pack energy storage power station. So no matter how they look at it, they have made a lot of money.

So, why not do it.

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