Military Technology

Chapter 2750 Mobile battlefield digital terminal

【Revision】

…

"For example, relevant data gathered from the sensors on each comrade, and data gathered from other friendly units such as tanks, armored vehicles, aircraft, and radar units. Even real-time battlefield data received from satellites, etc.

This information can be summarized and presented to the individual soldier center, allowing each combatant to understand battlefield dynamics in real time and conduct combat missions more flexibly.

Whether it is an individual combat team, a combat unit, or a command center, all information and orders can be directly conveyed to individuals, and vertical command can be carried out if necessary.

For the combat team, each team member will become a combat information provider, decision-maker, and commander. The formation of the entire combat team is no longer fixed and can be freely combined according to battlefield conditions to maximize combat effectiveness. "

Speaking of this, Wu Hao softened his tone and looked at everyone with a smile and said: "After this mechanical exoskeleton protective armor was successfully developed, it was immediately installed in several of our troops. These mechanical exoskeleton troops have participated in various exercises organized by the military. Zhongdu performed very well and achieved incredible results.

It is precisely because of this that this mechanical exoskeleton protective armor has never been approved for export. "

After hearing Wu Hao's introduction, everyone present nodded. They obviously understand this, that's why they are so happy. After Wu Hao's introduction, everyone has a basic understanding of this foreign trade mechanical exoskeleton protective armor family.

"How is its battery life? Can it meet daily combat needs?"

At this time, Yevgeny, who had been researching mechanical exoskeleton protective armor for a long time, asked a very professional and targeted question. Because Wu Hao didn't introduce this aspect just now, he couldn't help but ask.

You must know that this set of mechanical exoskeleton protective armor is driven by electricity, so electric energy is the key. If the battery life is too weak, its combat effectiveness will be greatly reduced.

“The overall battery life is still very powerful. Of course, the battery life performance will also vary depending on the actual model.

We have equipped this military exoskeleton protective armor family with our most advanced new lithium battery, which greatly improves its battery life. "

Hearing Wu Hao's answer, Yevgeny couldn't help but interrupt: "Isn't it your super solid-state battery?"

This foreigner is quite knowledgeable. Wu Hao complained in his heart, then smiled and shook his head: "No, because of cost and performance considerations, we have equipped this mechanical exoskeleton protective armor family with our latest generation of new lithium batteries. , its performance is equally excellent.”

Wu Hao said with a smile. In fact, what he said was just a rhetoric or an excuse. The fundamental reason is that this kind of super solid-state battery is still on the control list and is not allowed to be exported.

Of course, he couldn't expose the shortcomings of his product in front of so many people, so he could only change the focus tactfully. In fact, even if he didn't say it, many people present could guess what was going on. We all work in this field, so we still have this sensitivity, but it is nothing more than technical limitations.

"On the light and medium-heavy mechanical exoskeleton protective armor, we are equipped with two new lithium batteries, which are equipped on the back of the protective armor. However, due to their size and weight limitations, their size and capacity are very large difference.

The two batteries can back up each other. If one of them is exhausted or fails, the other one can still work alone for a long time.

In addition, our two batteries also support hot swapping and hot replacement. You can replace the two batteries alternately without shutting down to achieve continuous standby.

Driven by such a powerful battery, a lightweight mechanical exoskeleton protective armor like this can achieve an ultra-long battery life of four to six hours. The medium-sized mechanical exoskeleton protective armor can achieve a battery life of six hours, while the heavy mechanical exoskeleton protective armor can achieve a battery life of about eight hours.

Such a long battery life allows these mechanical exoskeleton protective armors to perform most basic tasks. And it can also carry two extra batteries for replacement, thereby extending its working time.

In addition, in order to extend the working life of these mechanical exoskeleton protective armors, we also equipped them with independent battery backpacks. It can be carried on the back of protective armor to provide additional power supply. In this way, the working life of these protective armors can be doubled.

In this way, it can meet most daily training and combat needs. "

At this point, Wu Hao glanced at everyone present, and then continued with a smile: "In addition to the super battery life, we have also integrated a super fast charging system for this mechanical exoskeleton protective armor, which can charge these protective armors Achieve fast charging.

Under the dedicated super charging system, it can be fully charged in ten minutes. Under conventional fast charging conditions, it can still be fully charged to over 90% in thirty to fifty minutes.

Finally, in order to cope with the extreme situation of continuous lack of power supply on the battlefield, we also specially equipped this mechanical exoskeleton protective armor with an emergency power supply system.

For example, the use of oil-driven emergency power generation systems can quickly charge these protective armors.

In addition to such conventional generators, we can also use natural abilities. For example, a wind turbine driven by an impeller, or a hydroelectric generator. They can enable these soldiers wearing mechanical exoskeleton protective armor to use natural energy to charge these protective armors in the wilderness.

Or in arid desert areas where the sun is relatively strong, we can also use flexible solar panels to charge these mechanical exoskeleton protective armors for emergency charging.

Therefore, you don’t have to worry about power shortages causing the mechanical exoskeleton protective armor to stop working during combat missions. This is basically unlikely to happen.

In addition to these emergency measures, in some emergencies, combat team members deep behind enemy lines can also be supplied by airdropping supplies and equipment, including fully charged exoskeleton protective armor batteries.

These batteries can be replenished at any time like ammunition, so that combatants wearing mechanical exoskeleton protective armor performing tasks on the front line or in mission areas can perform combat missions for a long time.

If necessary, we can also airdrop or supply a generator to ensure that these mechanical exoskeleton protective armors can receive sufficient power for a long time to meet long-term combat needs. "