Calculate PC power consumptionIt is a process that every user must know to know to what extent the system is working correctly, learn more about this topic by reading the following article.
The calculations of energy consumption provide data to know how far the management of computer equipment in a company can be managed.
Calculate PC power consumption
Computer equipment consume energy in a stable way, it is distributed through the microprocessors, memory processors, programs and all the components, Together they represent a considerable consumption, sometimes calculating the PC energy consumption allows people to know if there is any kind of problem in the equipment.
Today we bring you how to obtain the values that can be obtained on the energy consumption of a system, which can lead to establish a report or diagnosis on the status of any equipment or computer. Likewise, knowing the cost of consumption of the equipment can help to find alternatives to save some coins.
The operations of each component of a computer generate considerable energy consumption, in the following article you will be able to know how a Heat dissipator, which according to its characteristics will save some money in the budget.
Energy values
In each country in the world the price for energy consumption is different, so that, to calibrate a standard price, it is necessary to know the costs per KWh in each region, which would take a long time, but we can know the approximate amount and how the consumption varies. power of a computer as different operations are performed.
When there is an internet connection, consumption increases, and of course it decreases when we disconnect, on the other hand at startup the equipment makes a considerable consumption, but let's see how they can be calculated.
First calculation
In this first calculation we take into account, for example, a device that consumes approximately 200 W during a 5-hour ignition, we can say that it is a device with medium consumption, so that it has a motor that consumes approximately 50 W, this use is constant even when it is not operating, so that even the monitor generates consumption.
We then carry out a small calculation to obtain the ignition value, which is equal to multiplying 250 W (total consumption of the equipment) by 5 hours a day, the result is 1.25 KWh. Let's see now, the calculation during shutdown; It is considered that the equipment in standby consumes 3 W and remains off for 19 hours, so the consumption during the shutdown is 0.057kwh.
Then adding both consumptions and it turns out that the equipment consumes 1.307 KWh daily, from there we have to multiply the amount that energy companies charge in each country per KWh, multiplying it by that figure. Having then an approximate price of consumption.
Second calculation
In this case we have a computer with greater operability and even fulfilling server functions, so the consumption is higher, so that it is on all day, however this type of equipment comes with devices that allow reducing consumption. For this reason, they do not consume more than 30 W per hour, and in most cases they do not have any type of monitor connected.
The total consumption is as follows, approximately 30 W is taken, which is the average daily consumption and is multiplied by 24 hours, which is the power-on duration and we get the following: Total consumption of 0.720kWh. The figure is multiplied as was done by the price of energy consumption and solves the total consumption of that server per day.
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To know how energy is consumed by computers, we recommend reading the following article Computer consumption where you can know everything related to this content.
Third calculation
This type of calculation is for companies that have different computers, servers and components that generate a group energy consumption. We only have to do the operation of each equipment considering the average ignition as well as the number of hours in which it is off. Then each of the values are taken and they are added.
These values are important at the business level because they allow you to establish the relationship of ignition with the performance of the activities. In other words, knowing whether to keep the computer equipment on for a certain time are generating profits or losses, since as we said earlier in each country the bill for electricity consumption is not the same.
Closing remarks
It is important to know how PC power consumption is calculated as it allows people and companies to assess when a computer may be generating more consumption and its performance should be higher. Many companies dedicated to computer technology perform more precise calculations that allow each operator to perform according to the hours of ignition.
On the other hand, electricity rates vary according to the social status of the users. For example, the hourly electricity consumption of a company is greater than the consumption of residences; so that the price of KWh is different in each one; commercial companies must pay more for consumption because it has a different reason than people in their homes.
Although many do not value these types of factors, companies must take into account the energy aspect as a measure to manage budgets. For example, if a company has more than 300 computers operating in various areas, each one has an average of 6 hours of ignition, we can say that the cost of electricity consumption will be quite high.
Hence, they must know very well how to manage and how to calculate PC power consumption in large companies. It should not be taken lightly and even less when in some countries the energy consumption per hour is quite large, hence its importance.
On the other hand, try to use the energy saving actions that come with no computer, these can help in volume create economy in massive energy consumption. It is important to promote a culture of energy saving in all aspects, especially in workers who use computers.