Galactic Tech Empire

Chapter 142 Marching to the Desert

May.

The Galaxy Group is working hard, intensively developing superconducting supercomputing chips.

The Mars Group purchased silver at home and abroad in the name of business needs and investment in precious metals.

Fengdu Group's rural cooperative project is in full swing, and has invested in the construction of more than 700 million mu of greenhouses.

One-fifth of the greenhouses are already in trial operation.

Of course, Fengdu Group’s other plans have not been left behind either. Green Earth supermarkets, fresh logistics warehouses and distribution centers in every city have been rapidly spread across the country, covering 43% of the cities in the country.

Obviously, these investments are not rare. The cost of one mu of land for greenhouses is about 1800 Chinese yuan, which means that the investment in greenhouses alone costs nearly 130 billion Chinese yuan.

However, this money is nothing to Fengdu Group, because most of the 130 billion Chinese yuan is in the internal circulation of Yinhe Technology's own enterprise.

That is equivalent to switching from the left hand to the right hand. It seems that the cost is huge, but in fact the real cost will not exceed half.

After all, reinforced concrete glass, agricultural machinery and equipment, wind turbines, and storage batteries are all produced by ourselves, and even the construction workers are in charge of Planet Group.

Obviously, the money is earned by their own people. This is why Fengdu Group has the confidence to carry out this kind of project. Others will only have a dead end if they do this.

The Raytheon Group blows the sea breeze in the Bohai Bay and eats the sand in the Mongolian area. Obviously, the country's 1000 billion Chinese yuan is not so easy to earn.

The seawater desalination plant and pipeline system around the Bohai Sea are already under construction. The main force of these two projects is the national team; Raytheon Group is responsible for the wind power station, and Fengdu Group is responsible for the greenhouse.

The entire project is expected to generate 6000 billion kwh of electricity per year, produce 200 billion cubic meters of fresh water, and build 2000 million mu of greenhouses.

It is expected to produce about 400 million tons of soybeans (1000 million mu planted, 200 kg per mu, two crops a year); about 800 million tons of corn (500 million mu planted, 800 kg per mu, two crops a year); 2000 million potatoes About tons (planting 500 million mu, yield 2000 kg per mu, two crops a year).

Of course, this first phase of planning blueprint.

Because the greenhouse area of ​​this project is in the Hunshandake sandy land.

That's right, this project of Galaxy Technology and the country was built in the desert.

Hunshandake Sandy Land is one of the top ten desert sandy lands in Eastern Tang Dynasty. It is located at the southern end of the Xilin Gol Grassland in the central part of the Mongolian Region. It is 180 kilometers away from Beiping City in a straight line. It is the closest sand source to Beiping.

The Hunshandake sandy land is about 450 kilometers long from east to west, covers an area of ​​about 5.2 square kilometers, and has an average altitude of more than 1100 meters. It is one of the four major sandy lands in the central and eastern parts of Mongolia.

Huang Haojie plans to completely transform this sandy land into a greenhouse area.

So how many mu of land is equivalent to 5.2 square kilometers? It is equivalent to 7800 million mu of land.

In other words, in the first phase of planning, more than 26% of the Hunshandake Sandy Land will become a greenhouse area.

If the transformation of the Hunshandake Sand Land is completed, there will still be 125 million square kilometers of desert or desert in China waiting for Galaxy Technology to favor it.

Even if half of it is used, it is as high as 62 square kilometers, equivalent to 9.3 million mu of land, more than half of the total arable land area of ​​the Eastern Tang Dynasty.

What's more, the output of greenhouses is high, and one mu of land can be used equivalent to two or three mu of land.

These greenhouses will mainly grow food, feed, oil, and wine crops to make up for the food security problems in Dongtang.

……

Fang Ping and Zhang Haifeng spent the New Year's Eve in the Hunshandake sandy land in the Mongolian area.

Looking at the first wind power station group just completed, Fang Ping licked his chapped lips and complained:

"When I go back, I must ask the boss to give me five times the bonus, and a beautiful secretary if I'm right."

His assistant stood behind him silently.

"I said Mr. Fang, so don't complain. Be careful that the boss tells you to build a wind power station in the Taklamakan Desert." Zhang Haifeng was also like dried old bacon.

"Fuck! If you don't tell me, I don't think that this possibility is really very high! Could it be that I, who is handsome and unrestrained, is destined to build wind power in the Northwest for the rest of my life?" Fang Ping seemed to feel deeply malicious.

"I heard that all the girls in Xinjiang are fair-skinned and beautiful, with protruding fronts and backs!" Zhang Haifeng muttered solemnly.

"Haha... I like Great Northwest the most!" Fang Ping suddenly revived with full blood.

"Hehe! You like girls from the Northwest!" Zhang Haifeng complained.

The two were having fun complaining about it.

Not far away, Ma Tai, vice president of the national team, just finished inspecting the wind power station group, and walked over with satisfaction:

"Mr. Fang! Mr. Zhang!"

"President Ma, what's the matter! The quality and performance of our Haifeng wind power plant are all outstanding." Fang Ping said with a smile.

"Very good!" Matai nodded.

The first wind power station group has an installed capacity of 1000 million kilowatts and can generate about 800 billion kilowatt-hours of electricity per year.

This year, Haifeng Wind Power has improved the wind rotor and generator, such as using carbon fiber as the material of the wind rotor, and successfully made the efficiency of the wind turbine reach about 63-66%.

In addition, the Hunshandake Sandy Land is an area rich in wind energy, which is very conducive to the layout and production of wind power stations.

Haifeng Wind Power's ultra-large wind turbines have a single power of 5 kilowatts.

A total of 200 ultra-large wind turbines are deployed in this wind power station group.

"By the way, Mr. Fang, how is your wind power station in the Bohai Rim area going?" Ma Tai asked suddenly.

"A wind power station with an installed capacity of 1000 kilowatts has already been built, and about 40% of the other has been completed," Fang Ping explained.

"In this way, at least six [-] million-kilowatt-level wind power stations can be completed in the Mongolian region and the Bohai Rim region this year?" Ma Tai asked after some calculations.

Zhang Haifeng on the side nodded: "It should be seven, Bohai District can complete four!"

"President Ma, how is the completion of your water pipeline?" Fang Ping was also more concerned about this issue.

The length of the water pipeline from the seawater desalination plant in the Bohai Sea to the Hunshandake sandy land is 450 kilometers.

This water pipeline is built in imitation of an oil pipeline. Of course, due to the good fluidity of water and the fact that it is not flammable and explosive oil, the construction cost is not as expensive as that of an oil pipeline.

"Let me take a look!" Ma Tai took out his notebook and flipped through it:
"134 kilometers of single-line pipelines have been laid and will be completed around November this year."

The starting point of this water pipeline is at the junction of Liaodong Province and Hebei Province, that is, the junction of Qinhuangdao City and Huludao City; the end point is Sanggendalai in Mongolian District.

The annual water delivery volume of a single line is 150 billion cubic meters (tons).

Can 150 billion cubic meters of fresh water satisfy 200 million acres of greenhouse farmland?
In the Great Wall Wind Beach area of ​​Qin Province, an average of 140 cubic meters of fresh water is consumed per mu of land per year, while the water consumption of drip irrigation in greenhouses is about 40%, which is about 50-60 cubic meters per mu of land per year.

Calculated in this way, 2000 million mu needs at least 10 to 12 billion cubic meters of fresh water a year.

Obviously, the water delivery capacity of the water pipeline is more than enough.

The reason why the design is so huge is that this pipeline also needs to supply fresh water to the cities along the route.

If the seawater desalination plant of Yinhe Technology is successfully put into operation and the cost can be kept down, the above will consider building a seawater desalination plant in the coastal areas of the Bohai Sea and the Yellow Sea to supply fresh water to the entire North China Plain and Northeast Plain, and even Guanzhong, Mongolia, Pipelines are laid in the Xinjiang region.

Now various projects are in full swing in an orderly manner, just waiting for Yinhe Technology's seawater desalination technology to be launched.

(End of this chapter)