What is 038 degrees on the meter?

According to your description, 1. If it is a smart meter, a string of numbers on the meter screen will directly display the integer and decimal of the meter reading, due to the different models of the meter, the data displayed on the LCD screen may be different; You can press the wheel display button next to the screen to switch the display interface and view the data displayed on the LCD screen with the words "Current Total Electricity" or "Current Forward Active Total", which is the cumulative electricity consumption of the current meter.

If your meter currently shows a reading of 038 kWh, the current cumulative power consumption is 38 kWh.

2. If it is a mechanical meter, you can check whether there is a black and red dividing box in the meter reading, the black part is an integer, and the red part is a decimal place; If there is only a black part, the current cumulative electricity consumption is 38 kWh, and if there is a red part, the current cumulative electricity consumption is kWh.

If you need to calculate the actual electricity consumption during a certain electricity consumption period, the electricity consumption = the current meter reading - the last meter reading reading, if your meter is equipped with a transformer, you also need to multiply the multiplier of the transformer.

We hope you find ours helpful.

This number shows that it should be 38 kilowatt-hours of electricity.

The most important thing is to know the data at the end of the previous period to know how much electricity you are using.

Generally, if you are a new meter, at this value, I will think that your meter has used 38 kWh of electricity so far.

If the single digit on the 220-volt meter is not a red number or is not marked, then you have used 38 kWh. If it is a 380-volt meter, you need to pay attention to whether there is a current transformer, and if there is a current transformer, you need to know the conversion ratio, and then multiply it by the number of meters to determine the degree of electricity you use. If there is no current transformer, the reading method of a three-phase meter is the same as that of a single-phase meter.

Hope that helps!

The 038 shown on the meter is the cumulative degree used, which may include the degree used during the factory inspection of the meter. If you want to know how much electricity is used in a certain period of time, you also need to know the initial degree of this time period.

The word disk is a little offset, it may also be a problem with the angle of taking pictures, and the number should be shown if you look at it from the front: , the general meter reading is to read the whole number, and the decimal is rounded off. To calculate the amount of electricity in a cycle, it is the number of current copies minus the number of last readings, and the difference is the actual electricity consumption of this cycle.

Numbers in a row of windows on the meter's dial indicate the customer's cumulative electricity consumption. The meter in the picture has a 6-digit window, which is marked with black and red colors, the black window represents the integer part and the red window represents the decimal part. Starting from the rightmost numerical window, the red window is one decimal place, and the black window is single digit, ten, hundred, thousand, and ten thousand.

The main types of smart meters are IC card meters, the user holds the IC card to the power supply department to pay for the purchase of electricity, the power supply department uses the power sales management machine to write the purchased electricity into the IC card, and the user holds the IC card to swipe the non-contact IC card (referred to as the card, the same below) in the induction area, and the power supply can be closed, and the card will be taken away after the power supply. When the remaining power in the meter is equal to the alarm power, the power failure alarm (or buzzer alarm) will be swiped, and the power supply can be restored by swiping the card in the induction area; When the remaining power is zero, the power will be automatically turned off, and the user must pay the card again to purchase electricity before the power can be restored.

The red score, and then jump 4 words, it will take a few minutes to be 50122 kilowatt-hours of electricity, and the degree of this month minus the reading of the previous month is the degree of electricity consumption of this month.

50122 degrees, without current and voltage transformer.

According to your description, a string of numbers on the meter screen will directly display the integer and decimal of the meter reading, due to the different models of the meter, there may be differences in the data displayed on the LCD screen; You can press the wheel display button next to the screen to switch the display interface and view the data displayed on the LCD screen with the words "Current Total Electricity" or "Current Forward Active Total", which is the cumulative electricity consumption of the current meter.

If your meter currently shows a reading of "Positive Active Total" or "Current Total Electricity", that is, the current cumulative electricity consumption is kWh.

If you need to calculate the actual electricity consumption during a certain electricity consumption period, the electricity consumption = this meter reading - the last meter reading reading, if your meter is equipped with a transformer.

It also needs to be multiplied by the multiplier of the transformer.

We hope you find ours helpful.

You look at the meter number to see if there's a unit behind it, and generally a unit is multiplied by the unit factor, and if not, it's a direct number.

Summary. 1. How to calculate the power of the meter.

There are two scenarios.

1. If the meter is not connected to the current transformer, then the meter degree = the degree of this meter reading - the degree of the last meter reading, for example, the meter reading degree of this meter is 3482, and the last meter reading record is 3239, then the meter degree = 3482-3239 = 243 degrees.

2. If the meter is connected to the current transformer, then the meter degree = (the degree of this meter reading - the degree of the last meter reading) multiple, the multiple refers to the multiple of the current transformer, for example, the current transformer multiplier is 100 5, that is, 20 times. For example, the meter reading power of this meter is 3482, the last meter reading record is 3439, and the meter power = (3482-3439) 20 = 860 degrees.

How many kilowatt-hours does the meter show?

1. There are two situations in how to calculate the degree of the meter: 1. If the meter does not have a ball connected to the current transformer, then the meter degree = the degree of this meter reading - the degree of the last meter reading, for example, the meter reading degree is 3482, and the last meter reading record is 3239, then the meter degree = 3482-3239 = 243 degrees. 2. If the meter is connected to the current transformer, then the meter degree = (the degree of the meter reading - the degree of the upper cavity grip is sent to the meter reading) multiple, the multiple refers to the multiple of the current transformer, for example, the current transformer multiplier is 100 5, that is, 20 times. For example, the meter reading power of this meter is 3482, the last meter reading record is 3439, and the meter power = (3482-3439) 20 = 860 degrees.

Help me see if that's right.

You used to be 3591 and now it's 3670, so your current power is 3670-3591, which is the power you use.

So there's nothing wrong with that.

The meter shows that there is not too much.

Then he will remember to you that it is 3670

Summary. Hello glad to inquire for you, 1If the meter is equipped with a current transformer, then the degree of this meter reading is the degree of the last meter reading = the degree of electricity consumption this time, 2 If the meter is equipped with a current transformer, then the calculation of the degree of electricity consumption depends on the transformation ratio of the current transformer, for example, the transformation ratio is 100:

5 transformers, calculation method: (the degree of this meter reading - the degree of the last meter reading) x 100 * 5 = the actual electricity consumption. 3. Electrical appliances use electricity, theoretically 1 kilowatt electrical appliances consume 1 kilowatt of electricity in one hour, and the actual use is less than 1 kilowatt.

The calculation method of the power meter degree: 1 kWh = 1 kWh, that is, 1 kWh of electrical appliances consumes 1 kWh of electricity for 1 hour. If it is 100 watts, it is 1 degree for 10 hours.

4. The degree of the meter is the electrical energy consumed by the electrical appliances. Just use the basic formula of w u i t. One degree is equal to one kilowatt per hour, if there is no rate, the reading on the meter is how many kilowatt-hours of electricity, if the current transformer or voltage transformer is connected to the meter, then the above formula is multiplied by the ratio is the degree of the meter within the specified time, the unit is kilowatt hours.

It's a few kilowatt-hours of electricity. Hello glad to inquire for you, 1If the meter is equipped with a current transformer, then the degree of this meter reading is the degree of the last meter reading = the degree of electricity consumption this time, 2 If the meter is equipped with a current transformer, then the calculation of the degree of electricity consumption depends on the transformation ratio of the current transformer, for example, the transformation ratio is 100:

5 transformers, calculation method: (the degree of this meter reading - the degree of the last meter reading) x 100 * 5 = the actual electricity consumption. 3. Electrical appliances use electricity, theoretically 1 kilowatt electrical appliances consume 1 kilowatt of electricity in one hour, and the actual use is less than 1 kilowatt.

The calculation method of the power meter degree: 1 kWh = 1 kWh, that is, 1 kWh of electrical appliances consumes 1 kWh of electricity for 1 hour. If it is 100 watts, it is 1 degree for 10 hours.

4. The degree of the meter is the electrical energy consumed by the electrical appliances. Just use the basic formula of w u i t. One degree is equal to one kilowatt per hour, if there is no rate, the reading on the meter is how many kilowatt-hours of electricity, if the current transformer or voltage transformer is connected to the meter, then the above formula is multiplied by the ratio is the degree of the meter within the specified time, the unit is kilowatt hours.

Summary. It should be 41 kWh of electricity, but this is only the data on the meter, note that some meters are multiplied by the single digits, if there is a transformer, it must be multiplied by the multiplier of the transformer!

The meter shows how many kilowatt-hours 033691+ is there.

It should be a 41-degree electric friend, but this is only the data on the table, pay attention to the multiplier of the single digit of some meters, if there is a transformer of the slippery Kai, you have to multiply the multiplier of the transformer!

How many kilowatt-hours is this?

One kilowatt-hour electric 1 block 2. How much does it cost?

The meter shows that 033691+ is the degree of electric crack Zheng, this number represents the amount of electricity used from the meter reading of the fiber to the present, of which 033 represents 33 degrees, and 691 represents degrees.

That translates to dollars.

Just follow the number on the meter. How much is 1 block of 2 kilowatt-hours of electricity?

Do you count multiplication or division? Multiplication.