36 Will the voltage increase if the power supply is grounded?

No, no matter how many volts of voltage grounding will not produce high voltage, will not increase the voltage, grounding is just a precautionary measure for the sake of safety.

This voltage is still relatively safe, normal grounding is OK, you don't need to pay much attention, and the problem is not big.

And it will not be generated by very high voltages.

I don't understand why the ground voltage is going up, unless you're using a transformer. Follow the editor-in-chief and go without supplying land, otherwise this situation would not have arisen.

If the 36V power supply is grounded, the voltage will not rise, after all, the earth is not charged, so it will not rise.

You can test whether the positive pole of your home desktop computer is "extreme voltage" or "infinite voltage".

What if it's AC power? 】

The AC power supply in your home, at the transformer end of the community, the neutral wire and the ground wire are shared. It's the same thread.

What about the voltage to ground? It's an ordinary voltage. Normal voltage.

That's a six-volt power supply, and if it is grounded, it won't produce a high voltage phenomenon, and it won't be a voltage increase.

But will the grounding of the six microelectric garden furnaces produce a voltage increase? However, if the 6V power supply is grounded, the voltage should rise, and it should be grounded.

Does a 36 volt power supply generate high voltage if it is grounded? In fact, 36 volts is a safe power source, so it is impossible to generate high voltage.

The grounding wire will indicate that the voltage rises, and when the current transformer feels it, there will be a time to pay attention to safety.

It's going to happen, so I don't think it's normal, so sometimes we still have to use the standard so that we can make it more normal.

Your question is a bit difficult, and the difficulty is not in the question itself, but in the way you ask it.

For example, what is 'voltage grounding', there is no such term in related fields.

The current is generated by the movement of electrons and holes, and without movement, there is no current theory, so where does the current accumulation come from, this term may have been invented by you.

You may want to ask whether the positive pole of the power supply is directly connected to the negative pole, or the current will suddenly increase after the live wire of the mains power is grounded.

The 365 power relay produces high voltage, and you should go to a professional place to learn about this situation.

Will a 36-volt power supply increase its voltage if it is grounded? This would not normally be the case with respect to this issue.

Under normal circumstances, his voltage will basically rise, so if this situation occurs, he must find some special personnel to take a look.

Because the neutral point is not grounded, the current on each phase forms a capacitive current to the ground, and the current is calculated according to the formula to be three times the normal operation.

Content expansion: 1. The neutral point non-grounding system is a power system only in China, and there are three main ways: non-grounding, grounding through arc suppression coil and direct grounding.

There are many types of operation modes in the power system, such as non-grounding, resistive grounding, arc suppression coil grounding or direct grounding.

2. In the three-phase system where the neutral point is not grounded, when the first phase is grounded: first, the ground voltage of the ungrounded two-phase rises to 3 times, which is equal to the line voltage, so in this system, the insulation level of the relative ground should be designed according to the line voltage.

3. This is mainly because this has the following advantages: first, under the normal power supply, the voltage to the ground of the phase line can be maintained unchanged, so that 220 380V can be provided to the outside (to the load) two different voltages, to meet the different power needs of single-phase 220V (such as electric lights, electric heating) and three-phase 380V (such as motors).