The staff of the electric power bureau and the property management office looked at the ammeter and breaker switch (one switch for each household) in the corridor, and they all said how to use such a

The staff of the electric power bureau and the property management office looked at the ammeter and breaker switch (one switch for each household) in the corridor, and they all said how to use such a large amount of electricity, but ... Here are a few questions to explain:

1. The power bureau and the property management staff said, "Why do you use so much electricity?" It should mean that the maximum capacity of switches and meters used in your community is relatively large, but the rated value of the equipment is relatively large, meeting the needs of users to use large loads; It doesn't mean that your household electricity consumption is relatively large, because NB people can't see the size of your household electricity load at a glance, unless they can see it according to the electricity meter.

There is no problem with the electricity bill, but there is always a power outage at home. Since there is no problem with the electricity bill, that is to say, the electricity you use is still equivalent to the load in your home. There is always a power outage at home. It is necessary to distinguish the reasons for the power outage: is the circuit directly stopped after you bought the electricity bill, or is the main switch at home always tripping and losing power?

If it is the former, then there should be something wrong with your electricity bill, which should be more than the original. The reason may be that someone stole electricity and connected the wire to your home appliance, or that the public electricity load was connected to your home appliance meter, or that there was something wrong with the meter, which led to the acceleration of electricity consumption, but this is contradictory to what you said.

If it is the latter, it is necessary to check whether the power cord of your home, especially the wiring of the switch, is in poor contact or loose, causing local heating and causing the switch to trip. If it is caused by other faults, the phenomenon is obvious and it is easy to find out. The hidden trouble of this situation is difficult to find, because the switch can still supply power after tripping. Another situation is whether your switch is equipped with leakage protection. When the insulation in the line is poor, the leakage protection will also cause tripping, and the power supply can only be normal after the insulation is restored. This situation is more complicated, because you need professionals, tools and instruments to find the lines with poor insulation, so you'd better not operate them yourself.