What is load? To put it simply, it is a kind of smart one that can automatically pinch off the unimportant ones when the power system is tight – or temporarily cut off them to ensure that there is electricity in important places! Many places, such as big hotels and factories, have started to use this now because it can really solve the big when there is insufficient electricity!
Regarding the basic situation of load, it mainly relies on detecting the load situation of the entire power grid, which is to see how much electricity is used. Once it is found that it is not enough and exceeds that critical value, the system will start "bang" and reduce the load of those less important departments in the order set before. When the power returns to normal, it will slowly send the electricity back to them! This process is very fast and most people don't feel it at all – unless you happen to be using the shed device,
So what is the key content of load? I'll have a good fight with you:
1. Detection module : This is its eyes and ears! There are various fancy current, voltage, and frequency sensors. You can watch the data many times in one second, just like we breathe so frequently! It will immediately know something is wrong. The accuracy rate is quite high, and the error will generally not exceed +/- 0.5%
2. Decision module : This is its brain! After receiving the data from the detection module, it starts to "calculate" and judge which cut and which should be kept based on the preset and priority. It's very smart!
3. Execution module : If the brain says "cut this", it will take action immediately! There are some inside, the movements are very fast, and the switching can be done in a few milliseconds, and it is guaranteed not to shake it and then disappear.
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Some people may ask: What is the best thing about load compared to traditional load? That's too many! Traditionally, most electricians operate manually, and the reaction is slow. Maybe the electricity has been shut down for a long time before they can get it. The error is still large; but it is fully automatic! Think about it, the reaction speed, accuracy, and can save humans, it is like a sky and an underground
Then someone asked: Will this system suddenly cut off the load's electricity? Don't worry about this! When designing, the priority order is clearly made clear. For example, the rooms in hospitals and factories are the highest. Unless the entire power grid is paralyzed, they will never be moved. This is dead!
Are there any tips for using load? Of course there are:
1. ✔️ You must set the priority according to the electricity usage of your home or factory. You cannot set it up blindly, otherwise the electricity may be shut down. You have to ask for this, don’t mess around with it yourself!
2. ✔️ Regularly do and calibrate the system, especially sensors and execution, and over time, it may be "slow in response". Generally speaking, it is best to do once every six months, just like maintaining a car…
3. ✔️ If the electrical equipment increases or decreases, remember to ask for system data! Otherwise, the system will still calculate based on old data, so it will not be accurate.
In general, load is really a very important device now as it is becoming more and more intense and the demand for electricity is getting bigger and bigger! It can help us save effort and money, and ensure that local electricity is constantly updated. We recommend that everyone learn about it. My mind is not very good sometimes, but I can still remember the benefits of this thing!
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