Luo Jingping smiled bitterly: "I have already done so. Now all power stations are running at full capacity. If I were not really forced to do so, I would not cut off the power supply to the overseas factories."
"Is there really no way out?" Tang Keke said dully.
Suddenly, Luo Jingping said, "It's not that there is no way, but..."
"Just what?" Tang Keke's spirits instantly lifted.
Luo Jingping said: "In fact, when it comes to electricity, our country is not only not short of it, but on the contrary, it is very abundant.
In addition to domestic use, it can also be supplied in large quantities abroad.
However, most of this electricity is generated in western regions, such as wind power generation in Shaanxi and Gansu. Due to the excess power generated, some wind turbines have stopped working.
Fu Song suddenly asked, "You mean, the electricity from the western region can't be transported here?"
Luo Jingping glanced at Fu Song in surprise: "I didn't expect Mr. Fu also studied electricity."
Fu Song could not deny: "I only know a little bit."
Luo Jingping became curious: "A little bit? If I want to transmit electricity from the western region, what do you think is the best way?"
Fu Song said calmly: "It's not the best way, but the only way - ultra-high voltage transmission!"
Luo Jingping was no longer curious, but surprised: "Amazing!"
Beside them, Tang Keke was completely bewildered: "What are you talking about? Why don't I understand?"
Fu Song glanced at him and asked, "You studied liberal arts in high school, right?"
“Yes, I don’t know physics.”
"I guess so!"
Tang Keke immediately became unhappy: "Hey, Fu Song, what do you mean?"
Fu Song said hurriedly: "Nothing, I'm just telling the truth.
Due to the effect of resistance, there will be a certain amount of loss of electrical energy during power transportation.
Scientific research has found that the higher the voltage of the transmitted electricity, the smaller the loss and the more electrical energy can be transmitted.
Have you heard of high-voltage power lines? They're used to transport electricity from one city to another, where it's converted to low voltage by transformers and then used by thousands of homes and roads.
However, if the transmission distance reaches a certain level, ordinary high voltage will not be enough and ultra-high voltage is required.
The voltage level of high voltage is between 10kv-220kv, and the voltage level of ultra-high voltage is between 330kv-750kv.
The maximum transmission distance of ultra-high voltage is 800 kilometers. Once this value is exceeded, the electricity conversion rate will become negligible.
But in the west, for example, from Xinjiang to Zhongzhou, it is almost 3,000 kilometers.
From the westernmost to the easternmost part, it is even 5,000 kilometers.
Obviously, over such an ultra-long distance, ultra-high voltage is also unable to complete the task of power transmission.
Therefore, if we want to transmit energy from the west to the central and eastern parts, we can only rely on ultra-high voltage.
Ultra-high voltage refers to the transmission of electric energy at a voltage level of 1000kV or above. At this voltage, the transmission distance of electric energy can reach 5000 kilometers with a loss of only 1.5%.
In other words, UHV technology can transmit electricity to any corner of China."
Tang Keke gasped: "So powerful?"
Suddenly, an idea struck her: "If we use UHV technology, not only can the power shortage problem in the Middle East be perfectly solved, but Tang Group's factories will no longer be troubled by power problems."
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