After two days, the robot operated by Kuafu helped the two technicians to manufacture other parts while also successfully manufacturing another robot with their cooperation. The reason why their cooperation is needed is mainly the humanoid robot. I can't do all the work alone, and I need the cooperation of the other two robots.

Therefore, with two humanoid robots, the manufacturing process of the latter two civilian robots is very fast. In less than two days, they cooperated with each other to produce the latter two civilian robots separately. Two sets.

After some testing and modification, the addition of these four robots also brought the manufacture of military robots into the fast lane. Because the standards of military robots are different from those for civilian use, it takes a lot of trouble to produce, so the two technicians made them themselves. The speed is very slow.

Lei Tiantang spends his time in non-metallic laboratories except for watching for a while every day. After all, a robot with high-performance batteries cannot be truly completed. A robot running with a cable is a robot!

He has handed over all the formulas he has screened to the laboratory and is now in the final test. A total of 37 batteries with varying performance are undergoing various tests on the test platform.

Now that their overshoot tests have passed, and the battery’s power storage has been divided according to their respective performances, what’s being tested now is the most critical safety test. It’s important to know that the battery’s power safety is what everyone cares about most. In particular, Lei Tiantang's battery will eventually be used for military robots, and the required safety performance is even higher.

The battery safety test mainly has the following aspects: it needs to pass safety tests such as overcharge, short circuit, needle stick, squeeze, heavy object impact, etc., and the battery does not fire or explode. But this is only an ordinary civilian battery test standard.

The standards for military batteries are more stringent. In addition to these common tests, they must also be tested in various extreme environments, such as the safety and stability of batteries under extreme heat and cold conditions. The safety of the battery in case of shock wave or explosion, etc.

In addition, military batteries require a minimum of 1000 hours of trouble-free operation, a working life of 6 years, and a storage period of 8 years.

Modular design should also be adopted to ensure that the battery is easy to maintain or replace when there is a problem. In short, if you want to use the battery in a military robot, you must choose the product with the best performance and the highest safety. The sky is here to watch various test situations.

Of course, he didn't just stay here all the time, he took the time to go to the metal laboratory, because now the military robots he is making in his private laboratory can only be used to test the design problems. It’s impossible to hand it over to the military for testing, because the robot uses the same materials as those civilian robots. Although these materials are the best-performing metals bought by Lei Tiantang from the market, they are far from military standards. It's still far away.

So he needs to make several metals suitable for use in military robots. Fortunately, he doesn’t need to experiment with this kind of metal, because he has many choices for this kind of metal. The formulas of these metals are all his experimental rockets some time ago. The materials used are attached products.

He chose three kinds of metal from it, one is used to make the robot's bone and support frame, it is a kind of titanium alloy with light weight and high material hardness; the other is used to make the robot's body. The parts are made of an alloy that is also very light but has a certain degree of flexibility; the last one is the material used to make the outer armor of the robot. Its characteristic is the alloy with slight elasticity and excellent anti-ballistic performance.

He gave the formula to the laboratory and asked them to use the equipment in the laboratory to produce these three metals, and then use these metals to re-create several robots for the military to test after the military robots were tested. The robot made in this way meets the requirements, otherwise the robot made of civilian metal will be thrown down by the military and it will be lost!

"Boss! The battery test has been completed! I can't believe it! Boss in such a short time, you can come up with so many formulas!" Zhao Junxian came to the report.

"Oh? Very good! How is the effect? ​​Go! Let's go and see together! Talking while walking!" Lei Tiantang put down the robot parts in his hand and wiped his hands.

"Boss, of the 37 formulas you provided, 9 of them have not passed all the tests, and the other 28 have passed the military standard test! The pass rate is amazing! Among them, the battery performance is 4 to 10 times that of ordinary batteries. 22 models, there are 6 models 11 to 20 times!

One of the remaining two models is 30 times that of ordinary batteries, and the last one is 45 times that of ordinary batteries! I don't know how the boss developed the main formula! We must know that even if the performance goal of pure graphene batteries we are studying is only 10 times that of ordinary batteries, it is not known how long it will take to reach a level of 45 times! "Zhao Junxian sighed as he walked.

"Haha! These two are not the same thing! I think you know these recipes too, UU reading www.uukanshu.com, their performance has not much room for improvement, but the graphene battery you are studying now There is a lot of room for growth! In the future, you may be able to develop batteries that are more than 100 times more than ordinary batteries!" Lei Tiantang was very happy when he heard that the tested batteries passed so many models.

"That's true! But boss, how do you plan to arrange these batteries?" Zhao Junxian asked. It is impossible for the company to produce all these batteries.

"Didn’t I have said that low-end products need to be authorized externally! You are like this. Now the performance of the so-called graphene batteries on the market is basically between 2 and 3 times. You can take those 4 to 10 The times the battery is slowly authorized from small to large, as long as it is slightly more advanced than other batteries!

Those 11 times to 19 times the batteries are used as technical reserves to prevent sudden attacks from other manufacturers! Our own company only produces two kinds of batteries. The 20 times the battery used for our company’s civilian robots can also be sold in limited quantities and high prices. The 30 times battery is used in military robots. The one with the best performance of 45 times does not need such high performance at present, so it is also used as the company's reserve! "Lei Tiantang thought about the detailed arrangements.