It is said that among the submarines currently in active service in the world, only Japan's latest Soryu-class submarine uses lithium-ion batteries as its capability for all-electric propulsion. There is no news about other countries. Of course, this is in active service, so I don’t know how many Wu Hao are under construction.
Based on the information he received, the new lithium-ion battery Wu Hao and his team had previously developed has been used in new submarines. The Navy also spoke highly of this new lithium-ion battery and the new submarines using this battery. He did not know when it would be put into service.
If this new super solid-state battery is applied to submarines, it will bring huge improvements to this kind of all-electric propulsion submarines. Both the overall performance and combat effectiveness may be improved by several levels.
Secondly, this battery can also be used in some weapons and equipment, such as missile launchers and other vehicles that require a large amount of power. In addition, if this battery is reliable enough, all-electric combat vehicles, and even all-electric transport aircraft or helicopters may become a reality.
Finally, it is about some high-precision equipment products, such as satellites in orbit. As we all know, satellites are mainly driven by electricity, and the life of the satellite is basically related to the life of the internal battery. Once the battery is damaged or there is a problem with the power system, the satellite will be scrapped.
If this new super solid-state battery is stable and reliable enough, it can be applied to satellites. This will not only increase the service life of satellites, but also greatly reduce related costs.
The military newspaper also made some assumptions later. For example, if there is sufficient power, then an exoskeleton system to assist soldiers in combat may be born, which can greatly help soldiers and even change the form of infantry firefights in wars. wait.
As for the private commercial rocket part, the military newspaper briefly mentioned it in the article. This article mainly introduces the main features and uses of these rockets. In the words of the article, this will greatly make up for the lack of rocket capacity in my country's aerospace field, and can provide a good strategic supplement to the national defense and aerospace industry.
Obviously, the military newspaper is not very optimistic about Wu Hao and his team's development of the Mingyong commercial rocket. After all, they are good at this and have enough say. Wu Hao and the others really cannot compete with the aerospace group.
Next, Military News focused on their intelligent unmanned patrol security system and aerial patrol and warning drones, and developed a strong interest in them.
The article quoted relevant weapons and equipment experts as saying that this intelligent unmanned patrol security system and the attached aerial patrol and warning drone will play a major role in military, security training, traffic command, forest fire prevention and other fields.
With such a system and the related drones attached, it is possible to carry out low-altitude flight inspections of the areas that need to be monitored and patrolled 24 hours a day, and to detect relevant suspicious targets in a timely manner. This will greatly save related manpower. And improve the monitoring capabilities of relevant areas.
As far as the military field is concerned, border patrols, especially patrols in complex terrain, have always been carried out by personnel on the ground in the past, which is time-consuming, laborious, and very arduous.
In recent years, helicopters and related drones have also been used for patrolling. However, helicopters are relatively expensive and unsafe to fly in complex terrain.
Especially in complex mountainous plateau terrain, there are many microclimates, and a little carelessness may lead to tragedy of machine destruction and human death. As for high-altitude drones, their monitoring capabilities on the ground are also relatively limited, especially in some complex terrains, where they cannot achieve accurate real-time monitoring.
This kind of terrain is more suitable for low-altitude training and high-mobility drones. If it can be equipped with border defense forces, it will further strengthen our border control and effectively combat related smuggling and smuggling.
In addition, some military restricted areas and some temporarily blocked exercise areas can also use this intelligent unmanned patrol security system and aerial patrol warning drones for patrol monitoring to ensure that no outsiders will break in.
In the end, the largest part of the article was placed on the intelligent bionic synchronized robotic arm and intelligent electronic prosthetic limbs that Wu Hao and his colleagues finally displayed.
In the words of the military newspaper, this is really a genius invention and a great technology. It can be said that this technology is enough to change the world.
These two products can be said to be twin brothers born from the same mother, but they are used in different fields. In the article, the uses of these two products are mainly introduced in the military field.
The first is the intelligent bionic synchronous robotic arm. With its excellent performance, it is widely used in the military field. For example, remote control technology is used to control such an intelligent bionic synchronous robotic arm to do many things. Basically, as long as human hands can do it, this intelligent bionic synchronous robotic arm can do it.
And it is controlled remotely, so there is no danger. Secondly, it can be used to do things that are difficult for us to do manually every day. Such as the transportation of ammunition, the maintenance of tanks and weapons and equipment, and extreme operations in small spaces, etc.
If on the battlefield, robots equipped with intelligent bionic synchronized robotic arms can carry out frontier breakthroughs, charge, or be used to dismantle dumb bombs and bombs, etc.
Secondly, it can be used to shuttle between wars to rescue the wounded, and even relevant medical experts can remotely control the intelligent bionic synchronized robotic arm to perform on-the-spot surgeries on the battlefield, etc. This will greatly improve the survival rate of the wounded on the battlefield.
Even robots equipped with intelligent bionic synchronized robotic arms can access some weapons and equipment to manipulate these weapons and equipment to launch attacks and so on.
The second is smart electronic prosthetics, which is definitely a great invention. The battlefield is always the place that produces the most disabled patients. Many outstanding veterans had to leave the army due to physical disabilities after being injured and amputated on the battlefield. This is actually a loss to the army, because excellent veterans are always the cornerstone of supporting the combat effectiveness of the army.
If this smart electronic prosthetic limb can be put into use, it will be able to greatly save these patients who were disabled due to war and restore them to normal. It may even help soldiers who were injured on the battlefield return to normal. Return to combat duty and so on.
Of course, the cost issue was also mentioned at the end of the article. Considering that such high-tech products are generally very expensive, how to reduce costs is probably a question that Haoyu Technology, as well as the entire society and the military, need to think about.
