With the successful launch of the lunar exploration satellite, Wang Bin and the people in the control room were naturally very excited at this time.

Although, the successful launch of the lunar exploration satellite at this time was actually just beginning.

After all, it will take three days for the lunar exploration satellite to reach the vicinity of the lunar orbit. At that time, will the satellite be successfully captured by the lunar gravity, can it successfully start the propulsion system of the lunar exploration satellite, that is, the Hall ion rocket thruster, whether the satellite can successfully brake, whether it can successfully enter orbit, whether the various systems on the satellite can be successfully started, and whether various experimental equipment can operate normally.

Only after all these are completed and operated normally can we say that this lunar exploration satellite launch was successful, otherwise it would not be considered successful.

After all, not all launch missions can successfully enter orbit after the rocket is successfully launched.

Take the former Arctic countries as an example. They once successfully launched the lunar exploration satellite, but due to data calculation errors, the satellite failed to enter orbit successfully. In the end, the satellite directly flew over the moon's orbit and flew into deep space, becoming a sun-orbiting satellite that flew around the sun like a planet.

At the same time, the launch of this lunar exploration satellite from Tiangong Technology is much simpler than the official lunar probe launch missions that have been launched several times before.

After all, these lunar probes not only need to successfully enter orbit, but also detect the moon in the lunar orbit. At the same time, these probes also need to enter the moon for logging in. After success, they also need to ensure the normal operation of various instruments on the probe, and ultimately transmit various data back to the earth.

In the next two days, Wang Bin and the people of Tiangong Technology were monitoring the satellite in real time in the control room, and praying in their hearts that this lunar exploration satellite would not have any accidents when it flew to the moon.

After two days of flight, the satellite has successfully entered the vicinity of the moon's orbit.

At the same time, the Hall ion rocket thruster on the satellite was ignited, and there was no accident. It successfully reduced the speed of the satellite to the speed captured by the moon's gravity, successfully entered the orbit around the moon, and began to reduce the height of the orbit around the moon.

However, just when Wang Bin and his satellite successfully entered the orbit around the moon and began to lower their altitude.

At this time, Company X's lunar probe has entered the lunar login program.

In this regard, whether it is Wang Bin himself, Tiangong Technology or other international aerospace companies, they are still paying more attention to it.

This time, the landing of X's lunar probe, just like when they launched this probe before, also landed in real-time live broadcast.

After all, compared with other aerospace companies in the world, their x Company is the most advanced aerospace company in the world, and they are very confident that the lunar probe can be successfully logged in this time. What's more, this probe is a detector developed by their country's official country, which can also ensure that the detector can land safer.

You should know that their country's official countries have launched probes to log in to the moon many times, and even made personnel landings. The difficulty of landing on the moon is much smaller for them.

As everyone thought, the moon login of the x company probe was also very successful.

Just when X's lunar probe successfully landed on the moon, the lunar exploration satellite on Tiangong Technology had successfully entered the predetermined lunar orbit.

Of course, it is definitely not enough to just enter the orbit. Just after the detector enters the orbit, Tiangong Technology Control Room suddenly became busy, with various commands rising and falling.

"The detector successfully entered the predetermined track and turned on the photodetection equipment."

"The photoelectric detection equipment is turned on successfully, and the photoelectric equipment system is operating normally!"

"Open the detector's live camera system!"

"The camera is turned on successfully, the camera is running normally!"

"start up........"

As one device successfully opens and runs successfully.

Especially when the last device, that is, the neutrino communication device, is successfully operated, and the base also receives a neutrino communication wave sent from the direction of the moon, the entire base suddenly becomes a cheering ocean.

You know, this is not an ordinary communication system! It is a neutrino communication system.

Although Tiangong Technology is still in a very early stage in neutrino communication technology, it can only carry out relatively simple data transmission.

However, with neutrino communication, Wang Bin knew that the aerospace equipment developed by their Tiangong Technology in the future would no longer be afraid of communication being interfered with. At least within the effective communication range of the neutrino communication system, there would be no interference or inability to communicate due to obstruction of objects.

At the same time, people and netizens who have been paying attention to the movements of Tiangong Technology for this period of time have also known about this matter as soon as possible and celebrated each other.

After all, this is the world's second private company successfully launched a lunar exploration satellite. It can be foreseeable that in the near future, this private space company in China will also launch lunar landing probes, space stations, other planetary probes, etc.

Subsequently, the satellite also began to connect networks with the relay satellites previously launched by the official, and initially formed a lunar satellite communication system.

In the future, as long as China has a probe launched on the moon, as long as it is within the coverage of these two satellites, it will never have to cause any loss of signals.

Of course, just two satellites are far from enough for the moon's communication network.

Therefore, after this launch, according to Tiangong Technology and official expectations, at least about ten satellites will be required to form a network to ensure that the future probes, no matter where they are on the moon, can maintain communication.

Therefore, according to the official idea, the official will launch all these satellites with Tiangong Technology within two or even one year to complete the construction of the lunar communication network, laying a solid foundation for manned moon landing in the future.

Wang Bin naturally agrees very much in this regard. Although the funds required to build such a lunar communication network are very large, and in the eyes of many people, it is not worth the loss.

But in the eyes of Wang Bin and the people of the official aerospace agency, this is very worthwhile. After all, according to Wang Bin and the official estimates, the operating time of this lunar communication satellite network will be very long, and will operate for at least decades. During this period, it has extraordinary significance for human lunar exploration and even moon landing.

Wang Bin did not pay too much attention to the situation on the Internet, but returned to his office after the detector was successfully launched. After all, Tiangong Technology is not yet at the time when it needs to fully develop space engineering, that is, the Deep Sky Starlink project.

In terms of space engineering, we must ensure that the satellites that have been launched are running smoothly. At the same time, we must make greater breakthroughs in neutrino communication.

After all, the lunar exploration satellite that has just been launched now, the internal neutrino communication equipment can only achieve some simple data transmission, but also cannot achieve complex data and large-scale data transmission.
Chapter completed!