"The master and I immediately mobilized all the satellite aerial photography data, collected the geology and hydrology in the shortest possible time, and designed the drawings according to the best plan. Our Dona Dam is our first hydroelectric power station, and in the future we will be able to build at least 80 barrage dams on the Brahmaputra River. The host also suggested that the Nu River should also be included in the plan. The Nu River is one of the major rivers in the southwest of the Dragon Kingdom, also known as the Lu River, and the upper reaches are called in Tibetan

The "Naqu River" originates from Jire Paige at the southern foot of the Tanggula Mountains on the Qinghai-Tibet Plateau. It penetrates deep into the interior of the Qinghai-Tibet Plateau, runs diagonally through the plain and shallow valleys of eastern Tibet from northwest to southeast of the first bay of the Nujiang River, flows southward into Yunnan Province, passes through Nujiang Lisu Autonomous Prefecture, Baoshan City and Dehong Dai Jingpo Autonomous Prefecture, flows into Myanmar and is renamed Salween River, and finally flows into the Andaman Sea in the Indian Ocean.

The total length from the source of the river to the mouth of the sea is 3,240 kilometers, 2,013 kilometers in China, 650 kilometers in Yunnan, 325,000 square kilometers in the total basin area, 137,800 square kilometers in the Chinese part, and about 70 billion cubic meters of runoff, with 33,500 square kilometers in the province, accounting for 8.7% of the area of Yunnan Province.

The Nu River has also become the only river in China that has not had a hydropower plant built. In addition, the Lancang River is also a large river with abundant water resources.

The Lancang River is the name of the upper Mekong River in China

"Zhangzi River". It is also one of the major rivers in southwest China, the seventh longest river in the world, the third longest river in Asia, and the longest river in Southeast Asia.

The Lancang River originates from the northwest of Zaduo County, Yushu Tibetan Autonomous Prefecture, Qinghai Province, and the valley of Za'aqu at the foot of Jifu Mountain originates from a place called in the north

"Jifu Mountain" 5552 meters above sea level) under the mountain, the total length of the main stream is 4909 kilometers, of which the domestic length is 2139 kilometers, the Lancang River flows through Qinghai, Tibet and Yunnan provinces, and becomes the boundary river of Laos and Myanmar at the exit of Mengla County, Xishuangbanna Dai Autonomous Prefecture, Yunnan Province, and then called the Mekong River.

The Mekong River flows through Laos, Myanmar, Thailand, Cambodia and Vietnam before flowing into the South China Sea at Ho Chi Minh City, Vietnam. Xiaolan's report suddenly made Xiang Ming's mind lively, he didn't know if he didn't listen, he was shocked when he heard it, there were such rich hydropower resources that had not been developed, could it be that the country lacked funds or some international pressure.

While there is a serious shortage of electricity in the country, it has also shut down those highly polluting thermal power plants. Vigorously build pollution-free green and clean energy.

Wind power, solar-nuclear-power plants, etc. The gap is still very large, and it cannot keep up with the speed of economic development.

So much water flowed in vain. I have my own funds, and I'm worried that I can't spend the money. This is a good project that spends money and will definitely not let go, and this is the story of a Dona hydropower station.

The result was the birth of the world's largest hydropower group two years later. The Three Gorges was built by the state with an investment of more than 90 billion yuan over 17 years.

Then Xiang Ming could build countless Three Gorges dams. Then the money will be spent. Building 100 hydropower dams is only 9 trillion dollars, or more than 1 trillion US dollars.

This is not enough for Xiang Ming, who has deep pockets, to spend all the money he robbed. However, the cost of building a Three Gorges Dam is mainly due to the fact that the main body of the dam needs to be expensive, and the compensation for the millions of migrants in the reservoir area has also turned into a lot of money, and there is not much money really spent on the construction of units and high-voltage transmission and transformation power.

Xiang Ming built the dam, with the help of the Qiankun ring, it was very simple, the initial barrage to divert the river water needed to mine the earth and stone mining and the process of damming the river This Xiang Ming can do it for him, and he saved a lot of money and time.

Concrete pouring of the dam is expensive and time-consuming. This Xiang Ming has a better method, that is, refining a quartz dam, that is, a crystal dam, this has many successful cases, that is, hundreds of large and medium-sized hydropower dams throughout the territory of the Han Empire are the emperor's magical powers, big strokes.

The barrage dam, a laborious and expensive main project, is not a problem for Xiang Ming to have the Qiankun Ring and the supernatural powers to have the out-of-body period.

As long as there is enough energy supply, it can be easily done. Although Xiang Ming's supernatural power cannot build a dam like the Three Gorges in its entirety at once, Xiang Ming can do it in sections, and those quartz dams of millions of cubic meters can be formed piece by piece.

Then it is put together, as for the gap between the two pieces, it is not simple, everyone can weld steel, Xiang Ming can melt millions of cubic meters of quartz stone (sand) into a whole piece, is it not good to take a gap?

In this way, it was piled up into a dam body, and then used as a large cutting machine in the Qiankun ring space gate, according to the needs and drawings, cut out the workshop needed to install the generator, as well as the water inlet, water outlet, and even the pipeline.

Isn't quartz pipes as strong as concrete outlets? That's wrong. Xiang Ming's dam that was refined according to the refining tool could be replaced by a set of data.

That is, it is better than the steel of the tank. One piece of depleted uranium* can break through 10 meters of concrete and 80 centimeters of steel plates used in tanks.

But in the face of quartz blocks, it can only penetrate 20 centimeters. As you can imagine, even if this dam is hit by a ballistic missile, nothing will happen.

The invasiveness of a ballistic guide-to-missile is not as powerful as that of depleted uranium*? Even if a dam has to penetrate 1 meter, how much does it take*?

Even nuclear weapons will not be able to move this mega-dam. In the Middle East, the US military tried to attack a dam with ground-penetrating missiles in the third Middle East war against the Han Empire, but the result was that 50 ground-penetrating missiles were wasted and the road surface of the top layer of the dam was less than 1 meter.

When it comes to the installation of units, as well as the construction of transmission and substations, and the construction of high-voltage power grids, these projects do not need to be done on behalf of them, and they are handed over to the professional hydropower department to do.

If Xiang Ming came to help, the entire Three Gorges Dam would have been put into use, and it would have only cost 20 billion dragon coins.

The time it takes is at most 1 year, and this time is still wasted on the laying of the power grid, as for many projects inside the dam can be completed in a short time, just like the large rotor of the generator set, can Xiang Ming transport it for him?

From where the manufacturer is directly transported to the designated installation site through the transportation function of Qiankun Cattle Break, and it can also be placed in place by the way.

Where are the large transport pallet trucks with hundreds of wheels needed to be transported, it is necessary to drive a special road for these ultra-wide and extra-long pallet trucks to pass.

This is another big savings. Then there is the construction of the locks. That pair of huge locks, of course, can be built by the manufacturer now, and Xiang Ming transported it to help install it, and there is no need to build a large lifting equipment to help lift and install.

The calculation of these data is very clear, but he doesn't tell Xiang Ming. At every step, Xiaolan will prompt Xiang Ming what to do.

This is really a series of stories caused by the Dona River, which is getting bigger and bigger, but with Xiaolan here, these data can be sorted out in one night.

On the Brahmaputra River, the Nu River, and the Lancang River, the three generals can build 180 large-scale hydroelectric power stations in the territory of the Dragon Kingdom.

Each of them is no less than the installed capacity of the Xiaolangdi power station on the Yellow River (1.8 million kilowatts). The largest ones are comparable to the 22.5 million kilowatts of the Three Gorges.

The main reason is that these three rivers are located in remote mountainous areas, as well as uninhabited areas, and the reservoir area can be very large, unlike the Yellow River, the Yangtze River hydropower stations are very densely populated.

There are many issues to consider. If all these dams were built, the installed capacity would reach 350 million kilowatts.

More than all current hydropower capacity. At present, the total installed power capacity of the country is 1.06 billion kilowatts, and the annual power generation capacity is 4.7 trillion kilowatt hours.

Among them, the installed capacity of hydropower in China has reached 230 million kilowatts, ranking first in the world. The grid-connected installed capacity of wind power has reached 47 million kilowatts, ranking first in the world.

Photovoltaic power generation grew strongly, with an installed capacity of 3 million kilowatts. 15 nuclear power units have been put into operation with an installed capacity of 12.54 million kilowatts, and 26 units are under construction with an installed capacity of 29.24 million kilowatts, ranking first in the world.

The total installed capacity of the power system refers to the sum of the rated active power of the generator sets actually installed in the system.