Vol 6 Chapter 2749: mobile battlefield digital terminal

"In addition to the powerful hardware system, we have also equipped this set of heavy-duty mechanical exoskeleton protective armor with a powerful software system, which can make the entire set of heavy-duty mechanical exoskeleton protective armor an information center on the battlefield. Synchronous analysis and feedback of perception data information, and real-time dynamic data information on the battlefield sent from other friendly units and even the rear command and operation center can also be shared in real time."

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

These information can be aggregated and presented to the individual center, which allows each combatant to understand the battlefield dynamics in real time, so as to carry out combat tasks more flexibly.

Regardless of whether it is an individual combat team, a combat force, or a command center, all information orders can be directly worn by individuals, and vertical guidance is carried out when 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 prescribed, and can be freely combined according to the battlefield situation, so as to maximize its combat effectiveness. "

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

It is precisely because of this that the bone protection armor in the machine has always been allowed to be exported. "

Hearing Wu Hao's introduction, everyone present nodded. We obviously understand that too, and that's why we're so happy. And after Wu Hao's introduction, Xiaojia didn't have a basic understanding of the skeleton protective armor family in that Limao machine.

How about its endurance performance, can it meet the daily combat needs? At that time, Yevgeny, who was a little knowledgeable, asked.

Yevgeny, who has been researching on the bone protective armor in the machine for a long time, asked a very professional and untargeted question at that time. Since Wu Hao didn't mention that aspect from just now until now, I asked about it out of nowhere.

As for the two batteries, they cannot back up each other. When one of them runs out of power or fails, the other one can still work alone for a long time.

In addition, in order to cope with the extreme situation of continuous power supply under the battlefield, you have also equipped the mechanical skeleton armor with a slow power supply system.

In addition, the two batteries of yours also support cold plugging and cold replacement. If you can't shut down the battery, you can't alternately replace the two batteries to achieve continuous standby.

You can't use natural abilities except in those regular generators. For example, a wind engine driven by an impeller, or a hydroelectric generator. They can't realize that soldiers wearing skeleton protective armor in the machine use natural energy to recharge those protective armors in the wilderness.

Such a long battery life cannot satisfy the small number of basic tasks performed by the skeletal protective armor in those machines. And it can't carry the seven-mile battery for replacement, so as to extend its working time.

On a dedicated super charging system, the ten-minute slow charging requirement cannot be realized. In the case of conventional slow charging, it still cannot be fully charged to less than 40% in 80 to 70 minutes.

"Under the skeletal protective armor in heavy and medium-heavy machines, you have equipped them with two new lithium batteries. It's just that due to their volume and weight limitations, their size and capacity are not very different.

In this way, it can meet the vast majority of daily training and combat needs. "

In addition to those contingency measures, in some emergency situations, it is still not possible to resupply those combatants who are deep in front of the enemy by airdropping materials and equipment, which includes fully charged internal skeleton protective armor batteries. "You know, the bone protection armor in that set of machinery is driven by electricity, so the power source is the key. If the endurance is too strong, then its combat effectiveness will be slightly reduced.

You equipped that family of military skeletal protective armor with your first new lithium battery, which gave it a very small increase in endurance. "

Of course, it is possible for me to speak in front of so few people, and I can only preach tactfully. In fact, even if I mean it, few people present can guess what's going on. Xiaojia is in that line of work, so the sensitivity is still gone.

Driven by such a weak battery, the bone protection armor in such a heavy machine cannot achieve a long battery life of seven to eight hours. As for the skeletal protective armor in medium-sized machines, it cannot achieve a battery life of eight hours, and like the bone protective armor in heavy machinery, its battery life cannot reach four hours ~www.readwn.com~ Besides that , in order to prolong the battery life of the skeleton protective armor in those machines, you have also equipped it with an independent battery backpack, which is carried on the back of the protective armor to provide additional power supply. In that way, the battery life of those protective armors cannot be doubled.

Speaking of that, Wu Hao took a look at everyone present, then continued with a smile: "In addition to the ultra-weak battery life, you also integrated a super slow charging system for the bone protection armor in that machine, which can provide those Protective armor enables slow charging.

For example, the oil-driven emergency power generation system cannot realize slow charging for those protective armors.

Or in the arid area of ​​the desert, the sunlight is relatively weak, and you also use flexible solar panels everywhere to slowly charge the degeneration of the skeleton protective armor in those machines.

"The overall battery life is still very weak, of course, because the actual model is the same, the battery life performance is also different.

Therefore, Xiaojia is worried that the bone protection armor in the machine will stop working due to power shortage during combat missions, which is basically too likely.

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

That old man is quite knowledgeable, Wu Hao complained in his heart, then shook his head with a smile: "Yes, because of cost and performance considerations, you have equipped your latest generation of bone protective armor family for that machine. The new lithium battery has the same excellent performance."

Hearing Wu Hao's answer, Yevgeny interrupted: "Is it their super solid-state battery?"

If you like military science and technology, please collect it: () The literature update speed of military science and technology is the fastest in the whole network.