Updated: 2012-09-20

Duke's joint venture Oriental Qiyang has made great achievements in the automotive industry, and has also achieved remarkable results in other research fields, based on the second generation of Lotus Stack desalination engineering design has entered the equipment trial production stage, in the first generation of desalination most of the equipment used are relatively mature existing products, so the design is completed quickly, anyway, the most competitive differentiated components of the entire desalination project are not in this aspect, but in Duke's latest research on the second generation of Lotus Stack.

The new Lotus Reactor II is under construction in full swing and is expected to be completed before the National Day, and if it can successfully achieve critical operation by then, then the new technology of the Lotus Reactor II will be more competitive than the first generation, according to the design standards, this can use natural uranium ore and the old nuclear power plant to mix spent fuel as a fuel nuclear reactor, the uranium utilization rate has been almost increased to the extreme.

On the basis of this desalination engineering design, Duke added the seawater refining system in Bilem in the name of system optimization, and used about 20 percent of the energy of the lotus pile for the so-called pretreatment of seawater, so that the energy output of the second generation of the lotus pile for power generation and desalination is only about 70 percent of the actual nuclear fission output energy.

Even so, the output efficiency of the second generation of the Lotus reactor has been increased by dozens of times in terms of uranium utilization rate compared with the current main nuclear power plant, and the efficiency of the existing nuclear power plant in using uranium resources is only a few percent of the level.

It can be said that with this conversion efficiency, after connecting to the desalination equipment, it can realize the conversion of seawater into fresh water at a lower cost, according to the calculation, if according to the whole life cycle cost accounting, the cost of Duke's desalination equipment to make fresh water can be less than the original system cost of one-half to one-third.

Although the cost is still higher than the cost of producing tap water directly from the freshwater river, it is very close, and if the Lotus II nuclear reactor can be successfully critically operated, the desalination equipment developed by Duke will undoubtedly be the darling of water-poor countries.

Even if the second generation of the Lotus reactor has some setbacks, the use of the first generation of nuclear reactors is much lower than the current equipment used in the Gulf countries. Under this premise, Cai Siqiang has negotiated with the Arab oil tycoons who wear big turbans to set up the Gulf United Seawater Desalination Engineering Co., Ltd., with Duche Heavy Industries taking 40 percent of the shares with technology shares, and the oil tycoons of the Gulf countries sharing the remaining 60 percent of the shares with cash, so that everyone can jointly develop the water resources market in the Gulf countries and Muslim countries in the Middle East.

The registered capital of up to 20 billion US dollars of international United Co., Ltd., the early pilot project will choose the majority shareholder Prince Alewa is located in the United Arab Emirates, as the majority shareholder of the joint company occupies 25 percent of the majority shareholder, Prince Alewa is very active in the promotion of this project, with the consent of Cai Siqiang and other shareholders, he personally served as the president of the company, using his unique political influence in the Gulf countries to carry out activities, with the rest of the shareholders, has now won the United Arab Emirates, Saudi Arabia, The desalination projects of the three Kuwaiti countries in recent years have now entered the stage of engineering exploration and auxiliary engineering construction.

This is a tens of billions of dollars in orders, and it is foreseeable that after the project begins, this seawater and freshwater market will bring stable and huge profits to Ducht Heavy Industries, because in the construction of nuclear reactors, Dongfang Nuclear Power will basically provide complete sets of nuclear power equipment for the entire project at a cost of 3,500 US dollars per kilowatt.

Cai Siqiang is worthy of being a business genius, he seized the opportunity, not only sold the Lotus reactor nuclear power equipment in large quantities to the rich Gulf countries, but also danced with long sleeves, became a high-level guest of political and business leaders in the Gulf countries, and by the way, opened the market for the Gulf countries for Bangladesh's smartphone factories and smart TV factories.

In response to the extravagance of this market, most of the products produced by factories in Bangladesh are high-end luxury products, especially for the Gulf countries, thousands of dollars of mobile phones, tens of thousands of dollars of high-end smart TVs, once launched, they are highly sought after by these rich people.

In a short period of time, the monthly sales of Bangladesh factories reached an astonishing hundreds of millions of dollars, this unexpected harvest surprised Cai Siqiang, you must know that Bangladesh's current annual export volume is only about 20 billion US dollars, according to this trend, SAAL factory in Bangladesh will soon be able to become the largest pillar of local export earnings.

Cai Siqiang's industrial layout in South Asia has inadvertently come to fruition.

The research work of Duche Special Machinery Company has also made rapid progress.

After the core avionics control system of the UAV developed by Duke was finalized, based on this avionics platform, Duke Special Machinery took the lead in developing two unmanned reconnaissance aircraft.

One is a small tactical drone. The drone, known internally as the "Jingwei", has a load capacity of about 5 kg, a range of more than 3-5 hours, a maximum cruise speed of 80 km/h, and is launched through a catapult. It can carry photoelectric infrared sensors to carry forward reconnaissance on the battlefield, support the data link system developed by Duke, and the fuselage is small and flexible, which is a sharp weapon for reconnaissance at the battalion and company level.

One is a medium-sized battlefield observation UAV, nicknamed "Pterodactyl" internally, with a fully automatic take-off and landing system, cruising capacity of 8-10 hours, maximum cruising speed of 200 km / h, load capacity of more than 50 kg, on this UAV equipped with optoelectronic infrared equipment, laser designator, and long-range wireless communication repeater developed by Duke, a wing dragon UAV can expand the distance of wireless communication to a radius of more than 300 kilometers, is a battlefield monitoring and reconnaissance developed for brigade and regiment level, Communication relay tactical support drones.

In terms of avionics such as communication subsystems, command and control systems, intelligent piloting systems, and intelligent automatic target identification for these two UAV systems, Duke has completely decrypted the achievements of Global Hawk in software, and on the basis of optimization and transformation, its actual performance has surpassed the level of Global Hawk.

The optimized high-efficiency algorithm has a higher response efficiency, and the response is very fast under the domestic CPU and Nuwa operating system, and the ground control system can command the UAV to carry out a variety of tactical actions in real time.

Next, Dushi Special Machinery Company is preparing to develop a larger UAV, so that it can be equipped with a fire control system, hang a missile, and transform it into a killing weapon.

(Thank you book friend "When the Sun Loses You" for rewarding again, your enthusiasm is like a fire, burning the passion I created, and I will add another thank you for taking time on the weekend!) ）