Want to know about the power cuts in your dorm?

There is no power rationing in our school dormitory, but several people in our dormitory will discuss together what time to go to bed every night and turn off the lights on time.

Our dormitory is not limited by electricity, which is a more humanized design of our school, after all, everyone's work and rest are different, and power rationing is very vivid.

Of course, there is no limit, and the electricity bill is paid by the students themselves.

Our dormitory is limited by electricity, prohibiting the use of high-power electrical appliances, and there will be fixed people every day to check the use of electrical appliances, and at the same time, the lights will be turned off at fixed points.

There will be no power rationing in our dormitory, but we need to pay the electricity bill ourselves, and if we pay the electricity bill ourselves, we will save electricity.

There is no power rationing in my dormitory, because I have to rely on the dormitory fan to survive in the summer, and if the power is limited, it will basically be hot in the summer.

There is no power rationing in our dormitory, but there is no air conditioning, just imagine how the days without air conditioning are passed in the big summer.

Yes, when I first entered the dormitory as a freshman, I asked the dormitory manager, did the electricity be turned off at night, and the dormitory manager said that it didn't matter, but it turned off at 11 o'clock in the evening, and when I asked the next morning, the school turned off the electricity at 11 o'clock from this freshman year, and I wanted to cry when I heard this.

There is no power limit in our dormitory, but we basically turn off the lights after 11 o'clock, although there is no power limit, but we also have a set of some time by ourselves, and the lights will not be on all the time.

The electricity in our dormitory was limited, and the lights went out at 10 o'clock, so we couldn't do anything.

Our school just doesn't limit electricity, you can cook something or something, and everyone brushes up on a hot pot together on Sundays.

The voltage in the university dormitory is 220 volts. Generally, the dormitory is limited to 1 kilowatt of power, which varies from school to school. The amount of current is limited by installing an air switch

Power refers to the amount of work done by an object per unit of time, i.e., power is a physical quantity that describes how fast or slow work is done. The amount of work is constant, and the shorter the time, the greater the power value. The formula for finding power is power = work time.

Power is a physical quantity that characterizes the degree of work done fast or slow. The work done per unit of time is called power and is denoted by p. Therefore, the power is equal to the scalar product of the force and the velocity of the point where the object is stressed.

p stands for power, the unit is "watts", abbreviated as "watts", and the symbol is "w". w stands for work, the unit is "joules", abbreviated as "joules", and the symbol is "j". "t" represents time, the unit is "seconds", and the symbol is "s".

The higher the power, the higher the speed, the higher the maximum speed of the car, and the maximum power is often used to describe the power performance of the car. Maximum power is generally expressed in horsepower (ps) or kilowatts (kW), and 1 horsepower is equal to kilowatts.

1W=1J S, power is the physical quantity that represents the speed of the work done by the object, the power in physics p = work w time t, the unit is watt w, the power units we often see on ** are kw, ps, hp, bhp, whpmw, etc., as well as the cv used in Italy.

Here, kilowatt kW is the international standard unit, 1kW = 1000W, and the power of 1000 joules is 1kW when 1 second is done. In daily life, we often refer to power as horsepower, and the unit is horsepower, just like torque is called torque.

University dormitories are generally county stores, so the general power should not exceed 2000, otherwise it is easy to trip. It's not easy to use.

We are 2400w with an air conditioner and a high-power hair dryer to trip. 1) Minimize potential safety hazards.

2) The maximum time limit follows the aging line.

There is another reason why we are in school:

3) Forcing you to go to self-study So the power will be turned off from 7 to 9 o'clock in the evening!!

The regulations are different for each school, generally within 1000w. With the gradual deepening of education reform, the number of school population in China is increasing, and the problem of school fire safety is more prominent. In recent years, a number of major campus fire accidents are sounding the alarm bell for people.

The voltage in the university dormitory is 220 volts. The dormitory is limited to the use of power within 1,000 watts, which will vary from school to school, and the pressure of summer escape in northern colleges and universities is small, and there is heating in winter, so basically every school will limit the power, and the power will be cut off on time throughout the year. Power outages vary slightly from university to university, and are mostly between 10:30 and 12 p.m.

I remember I didn't see this when I was in college, but every night when we arrived, our power switch would be broken, so we would charge our phones in advance.

Our dormitory here generally does not limit electricity, after all, they are all college students, there are many free palaces, but some high-power electrical appliances he can't use, if you use too much, he will trip directly.

We don't seem to have such a restriction in our college dormitory, which means that there is no high-power electrical appliance to use.

Basically, the hair dryer in college can't be used, it can charge your mobile phone, use a razor, and use a computer.

How much power is typically cut in your university dormitories? How much power is the general power rationing in your university dormitory? How much power is generally about 100 kilowatts now.

If the university dormitory is generally limited in power, it is used with 220V power, and if it is exceeded, it will generally not be used and the power will be cut off.

Our university dormitory is not limited by electricity, but it is limited in power, generally more than 2000 watts of power will be automatically cut off, which is for fear of causing disasters, but also for the sake of the safety of dormitory students.

University dormitories are generally limited to 2000w, my university is like this, other power is too high and dangerous, so the school does not allow it to be used, even if it is less than 2000w, it must be certified by the school when used, use it carefully.

About 300w, now the school is installed with intelligent limited power.

As long as it is a resistive electrical appliance, it will trigger a power outage, so no matter how much power the hair dryer has, it will be powered off.

The high-rise apartment has two people in one room, can not take a bath, trips when the power is limited to 500 watts, and checks the bed at every turn. Every school is different, you can ask.

University dormitories generally limit power by 30 The excess part will be at your own expense, and the power will not pay much attention, and the power will automatically trip if it is too much.

The voltage of the university dormitory is 220 volts, and the general dormitory is limited to 1,000 watts. It will vary from school to school.

In the case of university dormitories, the general power limit is 500W, so there is no need for some household appliances with high electricity rates.

University dormitories generally have a voltage limit of 220 volts and a power limit of 1,000 watts, which varies from school to school.

Generally, the power rationing in the university dormitory is to try not to exceed 100 watts of electrical equipment.

Our school stipulates that the maximum power of students' electrical appliances cannot exceed 800W, and it is forbidden to use pots.

About 1000wz, you can only use 500w for blowing, otherwise it will trip.

The electricity consumption of the dormitory does not exceed 1000W power. The details are as follows:

1. The power supply line of the dormitory is designed and installed according to the small demand and small power. There are many people living in the dormitory, and the maximum load that each dormitory can bear is about 1,000 watts, which can only meet the daily electricity consumption of lighting, water dispensers, computers, etc.

2. The power supply lines of the dormitory are wires instead of cables, and the power distribution facilities are designed and configured in accordance with civil lighting standards, and high-power electrical appliances are not allowed.

3. The use of high-power electrical appliances can easily cause overload of wires, resulting in an increase in current and heating of wires. The allowable temperature of the wire insulation layer is 60, if the line is overloaded for a long time, the heat generation of the line increases, and the insulation layer accelerates aging. When the temperature is greater than 250, the insulation layer will spontaneously combust and separate from the wire, resulting in a short circuit and a fire accident.

4. The dormitory is densely populated, and the consequences of an accident are unimaginable. Throughout the world's major accidents, the most significant losses are in crowded public places.

The voltage of the dormitory is also the 220 volt voltage of the ordinary city power supply, if it is a university dormitory, there is an independent installation of electricity meters to measure the amount of electricity, generally you can use electrical appliances below 2000 watts, such as hair dryers, small rice cookers and so on. For junior high and high school dormitories, they are all unified power supply, and the dormitory cannot use high-power electrical appliances, such as hair dryers, because many dormitories only have 3 or 4 amps of air switches, which can use up to a few hundred watts, while hair dryers need at least 1000 watts or more, which will automatically trip.

The voltage of the dormitory is 220 volts. Generally, the dormitory is limited to the use of power within 1 kilowatt, and the current is limited by installing air switches. For example, if you install an air opening of 3 amps, then 220 3 = 660 watts, that is, the power limited to 660 watts, and it will trip if it exceeds it; If 4 amps are open, then 220 4 = 880 watts.