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Regarding the topics related to graphene-based power distribution, this is actually quite new but very useful field. Let’s talk about it slowly! First of all, the so-called graphene-based power distribution, simply put, is to use graphene materials and related derivatives in the power distribution link to find some better and more powerful solutions to this traditional or complex power distribution problem.

Now let’s look at some practical issues that everyone cares about, cares about, and wants to dig deeper to figure out and see the specific practical information:

1. Graphene material properties

The ultra-high conductivity is very prominent, far higher than many general traditional metal materials! This conductivity can greatly reduce the resistance that occurs during power distribution and wire transmission! Moreover, it can greatly increase the conduction efficiency of graphene distribution equipment during operation and reduce some unexpected and fearless loss of electricity on the line.

It also has strong stability and this thing is very durable! Tolerate extreme high temperatures and low temperature environments, basically no matter how external conditions change, in this distribution process, it can greatly ensure the graphene distribution component and operate stably without accidents.

Another highlight, this material is small in density and lightweight. It can make it particularly suitable and easy to use in some power distribution facilities that have strict weight restrictions and installation scenarios! Greatly increase the flexibility of design and application, easy placement, and the advantages of random installation location

Let’s take a look at several key major application information in power system applications:

2. Power facilities transmission

-For long-distance long-range power transmission, if you use it as a transmission line, it is really because of its super high and strong conductive advantages that the power is lost when conducting. In many remote areas, our electricity reliability and poor voltage stability, some are that old wires cannot keep up with the load demand, and they become weaker if the transmission is not too far. If you use this material, maybe the power supply in these places will be greatly improved and improved.

In ultra-high voltage power grids, this belongs to the category of high-level power supply. The strong electrical insulation and high-strength stability advantages of finished products related to graphene materials can greatly improve the stability of such relatively high-risk lines. Because it is very troublesome to have extremely high voltages. Generally, the material is prone to failure. In this way, the probability of the equipment suffering from some high-pressure impacts, lightning and other problems is reduced.

Speaking of this, I guess many people have the following questions:

If you ask what are the main advantages of the distribution network of electrical materials and general electrical materials ?

The main advantages are reflected in that first of all, the efficiency will be greatly improved during power transmission conversion. What a key point! For example, ordinary wires in our lives are not as efficient as this one. Furthermore, the operation and maintenance cost is much lower. Graphene is super stable. You don’t have to change things frequently. The cost of manpower and material resources will naturally be greatly saved. Save costs, and the cost will be reduced!

What type of place is suitable for graphene power distribution systems? Or is it general or special ?

In addition to the long-distance long-distance areas that we just mentioned, there are also data centers and high-end computer rooms that require particularly high and strict power reliability. If there are power problems in the distribution facilities made of this thing, there will be much less opportunities to close! Some companies like computer rooms such as finance and network are particularly fond of power outages. If they are used, there will be no accidental failure.

Finally, let’s think about the future development direction and personal feelings. As long as we can continuously solve the problem of stable improvement of material performance and scale processing and preparation, we will make every link more and more complete. Then make reasonable formulations of standard regulations. We imagine that many complex scenarios in the future can we have our own reliable power distribution solution based on this graphene. This thing will definitely shine more and more, and it is very useful! By the way, advertising wave: Provide global procurement services for weak current intelligent products! It is a new direction. As long as you can pay more attention to actual needs, it will continue to improve, and will perform more and more magical in aspects that people need to use. Many problems will become easier to solve! This prospect is really broad, very good, and it is worth digging and expanding. Development will definitely benefit more and more links!