## How to calculate the electricity consumption of factory lights

1. When degree = 1 kilowatt, an electrical appliance with a power of 1 kilowatt consumes 1 kilowatt of electricity for an hour continuously. The calculation formula is: electricity consumption (degree) = power (kilowatt) × service time (hour) 1500 watt * hour / 1000W = electricity consumption per hour.

2, kilowatt-hour is usually called “degree”, is the unit of electric work, symbol: kW h, the calculation formula is power multiplied by time. Suppose a power consuming device has a power of 2500 watts, that is, it consumes 5 kilowatt hours of electricity per hour, that is, 5 kilowatt hours of electricity per hour.

3, lamp power consumption calculation, need to know the lamp total power P, use time T assumes that the lamp total power is 3000 watts, the use time is 5 hours, the lamp power consumption is 15 kilowatt-hours.

4. Four methods to calculate the power consumption of led lamps are as follows: first, look directly at the nameplate logo, power (W) * time (H) / 1000 = electricity (degrees or KWH). The second kind: check the power of the LED tube, then add the consumption of the transformer to the quantity, and then divide it by 1000 after the good time.

5, ha ha, simple, method one: look at the nameplate, the power is how much W, and then good time (hours) divided by 1000, you will get the electricity consumption, in degrees or kilowatt-hours.

6. The calculation method of power consumption of household appliances: power consumption = power (w) × time (h) / 1000. For example, if the power of the TV set is 300W, the power consumption per hour is: 300W × 1h / 1000kWh 0.3, that is, 0.3 kWh.

## How to calculate the electricity consumption (kilowatt-hours) and what is the formula?

1. The calculation formula of kilowatt-hour is electricity consumption (degree) = power (kilowatt) × use time (hour). When 1 degree = 1 kilowatt, an electrical appliance with a power of 1 kilowatt consumes 1 kilowatt of electricity for an hour continuously.

2. The formula for calculating electricity consumption: electricity consumption = electrical power consumption × electricity consumption time. Unit: kilowatt-hour or kilowatt-hour (symbol: kW h; often referred to as degrees) is a unit of energy measurement that represents the energy consumed by an electrical appliance with a power of one kilowatt after an hour of use.

3. The calculation of electric quantity needs time parameters, working voltage and phase number. Take one hour as an example, one or two are listed as follows: single-phase electricity 220V W=UIt=220*125*1=27500 watts * hour = 25 kilowatt-hours.

## How to calculate the electricity consumption of the wattage of electric lamp

1. Kilowatts consume 1 kilowatt-hour of electricity per hour, which can be converted into electricity. If the appliance is 200 watts, it is 0.2 kilowatts per hour. The light bulb, a source of light that glows through electrical energy, was invented by Edison. “Lighting utensils” came into being with the continuous development of human civilization. The most common function of a light bulb is lighting.

2. The power consumption is 200W, that is, 200W=0.2KW, and the electricity consumption time is 1 hour, that is, 1h. According to the formula: electricity consumption = power consumption * electricity consumption time, the formula can get 0.2kW electricity 1h = 0.2KW ·h, that is 0.2kWh.

3. The light 200W is 0.2 degrees per hour, multiplied by 5 is 1 kilowatt-hour of electricity, so it is 5 hours. One degree equals one kilowatt-hour, which is 1000 watts by one hour, which means that if there is a water heater with a power of one kilowatt, it consumes one degree of electricity in an hour.

## How does the industrial motor calculate the electricity consumption (kilowatt / hour), such as how much electricity is used by the 15 kilowatt motor per hour?

No matter how many items of motor how many kilowatts, that is, its power multiplied by time is power consumption. The power consumption of 15 kilowatts per hour is 15 kilowatt hours, or 15 degrees.

According to the electricity calculation formula, it can be calculated that the power consumption in one hour is 400kWh, that is, 400kWh. The rated power consumption of three-phase motor is calculated according to the actual power = current × voltage × root sign 3. The rated power of the motor is the rated output power of the motor, not the rated input power.

According to the Joule law, the power consumption (kilowatt hours) = power (W) / 1000X time (hours) 15KW motor, its one hour electricity consumption is: 15000/1000X1=15 (kilowatt hour), but actually may exceed 15 kilowatt hours or less than 15 kilowatt hours, the fluctuation range is about 2-3 degrees.

Kilowatts use 15 kilowatt hours of electricity. Kilowatt is a unit of power, which in the early days was the unit of power of electricity, and has a tendency to extend to the unit of power in the whole field of physics. In electricity, kilowatt hours are exactly the same as degrees, but the title is different.

The power consumption of the 15 kilowatt motor running in the rated state is 15 kilowatts per hour, but the actual motor is less than the rated state, so the power consumption per hour is less than 15 kilowatt-hours (about 12 degrees).

The Kw three-phase asynchronous motor consumes 15 kilowatt-hours of power per hour in rated state, but the motors run below the rated state, so the maximum power consumption per hour is 15 kilowatt-hours.

## Construction of heating engineering

1. People play an important role in the quality management process of heating project construction, from the designer of the construction project, to the organization planner, to the quality manager and executor, they all give full play to people’s creativity and positivity. therefore, only by managing people’s behavior and quality can we ensure that the quality of heating projects can meet the expected requirements.

2. The construction of the secondary pipe network of the heating project involves many links and requires different types of construction personnel, mainly including the following aspects: 1. Project manager: responsible for overall coordination and management of the project, responsible for project progress control, material procurement, quality management and other matters.

3. To sum up, in the construction of heating, ventilation and air-conditioning projects, there are many details of the whole construction process, and the construction is tedious and complicated.