Let me get this straight, we know that electricity is an ultra-efficient resource that shapes our society to improve our future. It has countless applications in our daily life and provides a way of life beyond our imagination.
While it may be effective, it's a bit pricey and will definitely have an impact on your bill if you're not careful when using its unit. Now, if you're a gamer, you also know the importance of electricity, how it powers the core of your gaming rig and your personal desktop and keeps it running to produce ultra-realistic graphics for your day enjoy them.
And since it's no secret that gaming PCs are very different in terms of power consumption compared to traditional desktops, the question may arise, how many amps does a gaming PC use? So, to answer the question, let's get down to business and let me explain some of the basics.
First, know about AMP?
AMP is basically an abbreviation for Ampere, which you've probably heard of when you're studying physics, and it's the SI unit of electrical current, which typically represents the strength of the current.
It's important to know these, especially if you're shaking your gaming computer because you don't want to use the wrong current and end up blowing or blowing it up. Also, this is important if you don't want your electricity bills to skyrocket.
How many AMPs does a gaming PC use?
Yes, I admit that it's a little boring to read all the irrelevant-sounding stuff out there, but I assure you that they are very necessary or you won't be able to make an accurate judgment.
The reasoning behind this is that AMP measurements only depend on the voltage your region or region receives, receiving 120 V is pretty much the norm in some western countries.
However, on the other hand, countries like China, Germany, Spain, and the United Kingdom set 230 V as the voltage standard.
This is why differences are common when measuring amps, however, a general rule of thumb is to calculate the wattage consumption of a gaming computer only by the voltage supplied to your area.
How is a normal PC different from a gaming PC?
Since gaming PCs have more complex components and often have gimmicky gimmicks like RGB lighting, they require higher power consumption, giving them a head start when compared to everyday general-purpose desktops, in terms of amps.
Plus, gamers use more than one monitor, powerful dedicated graphics cards, and multi-core processors, which is clearly not something you should take with a grain of salt.
Also, running games and video editing applications push the limits of your desktop, forcing it to consume all the power it can get, so in almost every way a gaming PC is more power-hungry than a regular desktop.
How do I know how many AMPs my computer is consuming?
You can use a power meter or wattmeter to check exactly how many watts your gaming computer is consuming to get an idea of how much battery you're using per hour, then multiply that by your daily usage.
This will give you a rough idea of the watt consumption in your computer, which you can then calculate from the voltage supplied to your area (i.e. 220 or 120). Another way is to look at each component installed on the desktop, such as graphics card, processor, RAM, etc. separately, calculate their Wattage and then measure.
However, the results produced by this method may not be ideal, as your gaming computer may not always be at its peak current consumption level and may not give accurate results.
All in all, using a wattmeter should be an appropriate choice for the best and most accurate results, then multiply those watts by your hourly usage per day, and finally divide by the voltage in your area.
Mathematical formula:
Gaming PC Amps = Watts X Hours of Gaming PC Use / Voltage, i.e. 220 or 120 Volts
My last words
That's all you need to know about how many Amps a gaming PC Use. To be sure, some of these terms may be too technical for you to understand, but I've tried my best to break them down for you so you don't get confused.
Nonetheless, I hope you've got an answer so that you can safely run your gaming PC without any electrical hazards or facing extra electricity bills.