Is there anything you can do to keep playing when your desktop is out of battery?

With UPS power, you are guaranteed to continue playing for hours. The UPS in Meilan Gerlan (MGE) is the best, but it is also the most expensive in the country. The main customers are:

The White House, the FBI, China, the Great Hall of the People, the General Customs, the General Staff, the National Information Center, NASA (National Aeronautics and Space Administration, etc.), too many typing can't be typed, just list it. These customers are very, very demanding in their evaluation of UPS's performance, and you can see how professional our UPS is from their recognition!

Do you want to play with the computer when the power goes out at home? It is recommended that you use a generator, which is a home generator, but this is not realistic, unless you have a lot of money at home, and the value of buying a generator is more expensive than selling 3 laptops.

UPS regulated power supply... It can last for about 2 hours.

In fact, I personally think how can the battery run out of power The battery consumption point of the data stored in the general computer is very small, and it can generally be used for a few years without a power source**!!

All BIOS settings are stored on the battery, most notably computer time.

Basically, the battery has little impact on the computer, the computer can run, but your computer can't store some basic information for you, I biso will return to the original factory setting state, the time in the lower right corner of the computer will be inaccurate, and your boot password will disappear. And then there's the impact on some software. For example, antivirus software must be set to the current time before it can be installed.

1. It is recommended to buy a domestic wireless router and a network cable, such as TP-Link or D-Link.

2. Ordinary wireless routers have a WAN interface that can be directly connected to the ADSL broadband cat modem, and the wireless router generally has 3-4 LAN interfaces, which can be directly connected to the LAN interface of a desktop computer or notebook, and of course, WiFi can also be connected to a laptop to access the Internet.

3. The setting is very simple, just look at the manual, if there is a virtual dial-up, use the router to dial directly, and then the computer IP is set to automatically obtain, and you can go online directly.

Hope it helps.

I have a good way, every time I use it like this, I can't standby under things, but I can turn off the display, and after turning it off, the display will not be used, and then see what can be turned off, and I will turn on the main unit and the cat keyboard and mouse and the stereo will also be turned off.

It is possible to turn off the display and the impact.

General desktop + 24-inch or so LED display.

The power consumption is as follows:

1. The general power consumption of the host and mainstream configuration is about 200W, (rated 250W power supply) 2. The general power consumption of the display is about 30W.

3. The sum of the two is about 230W, that is, about one kilowatt-hour of electricity every 4 hours, and 12 hours a day, almost 3 kilowatt-hours of electricity. then 30 days a month, generally not more than 90 kilowatt-hours of electricity.

In the low-end configuration, the CPU accounts for 50%, the graphics card accounts for 30%, and other accessories account for 20% of the mid-to-high-end configuration, the CPU accounts for 30%, the graphics card accounts for 60%, and the others account for 10% In short, CPU + graphics card are the two most power-consuming accessories, memory, hard disk, motherboard, and optical drive are all low-power accessories with only a few watts.

Therefore, you only need to choose the right power supply according to the power consumption of the CPU and graphics card.

The power of the desktop is about 200-300W, so calculated, three hours of electricity.

The power consumption is about 200W to 250W, and kilowatts per hour is one kilowatt of electricity, so calculate it yourself.

The more programs your computer opens, the more power it consumes. It is about 100W of 17 inches, and the subwoofer is about 30W, and the cat is around 3W.

The main engine power supply is 350W

It does not represent the actual rated power consumption, and the normal power consumption of the computer host is generally about 120W.

The common power consumption of a 24-inch LCD monitor is about 30W. The standby power consumption when not displayed is about 1W to.

So about 33 hours one kilowatt-hour. On average, 8 hours a day. The monitor consumes about 4 to 5 kilowatts of power.

The computer can set how long the monitor does not automatically turn off to save power.

The computer can also sleep automatically to reduce power consumption. You can set how long the mouse and keyboard will automatically go to sleep after no action.

In the case of computer hosts, the power is generally around 200 250W. That is, four or five hours of electricity.

If your computer power supply is 300 watts,,, it is generally about 170 watts, plus a monitor of about 70 watts, which is about 240 watts, and less than 1 kilowatt of electricity in 4 hours!

The easiest way is to buy a power meter, plug it in and see the power consumption at a glance. The above replies are unreliable, and now the computer is basically an automatic turbo frequency, which will automatically adjust the power consumption according to the usage, and it is difficult to calculate the actual power consumption. For example, my computer i7 3770+HD7850, the power consumption of listening to songs in daily office is about 50W, and the power consumption of games such as playing red alarm is 100W.

If you play a game like Star II, the power consumption soars to about 160W.

It's not about electricity.

The chassis is generally about 100W, and the monitor is about 20W.

Home together estimated about 200w.

This adds up to 5 hours of electricity.

Set the standby when not in use, and the display will be turned off to save power.

Now the computer will also have a power saving mode.

Intel's office graphics will be a little better (about 120+W), and if you play games, you will have to add 300W to the host with a better independent graphics card (85-150W or higher)! The AMD platform configuration is higher, and the power supply of the game console (also needs 400W to be stable), not to mention that the AMD platform has an overclocking machine that can open the core, and the power consumption is amazing.

If the power consumption of the display screen is relatively small, the power consumption of the host is large.

The brightness is turned down and the person leaves the sleep mode after that.

The power of the 20 inch LCD monitor is between 18-25W. Up to 40 hours of electricity.

The power supply of the chassis. Plain 220W rated. Discrete graphics cards require a dedicated power interface, and the power supply of the case ranges from 300W to 500W.

1 kWh of electricity can be used for 2-4 hours. Not using a computer is the best way to save power. You don't need a separate display to use a centralized display to save power.

Generally, the power of a desktop computer is about 300W, which is about 3 hours of electricity, which depends on the size of your monitor and the power of the host.

Let's look at it according to the power supply of the computer.

The general power supply is 150W 350W, I don't know how much you have.

By the way, you have to + on the monitor.

After research, a Pentium 4 computer consumes about one degree of power per hour, that is, each computer consumes about one degree of electricity per working day on average, and it is open for 8 hours a day.

I found that most people don't know how to pretend, The power consumption of the computer is related to the frequency you use The power supply of the general home computer (non-game high CPU high graphics card machine) is rated at 250W (the maximum use does not exceed 275W more than the computer directly over) The monitor is 30-60W This is the maximum peak, and it is impossible to reach this peak under normal use. Just like the maximum car can run 300 yards, how many people can usually drive to this speed, then you are counted as 300 yards A car drives for 1 hour a day, not half a year, and it is scrapped after the warranty period of 1 year. Generally, on the ordinary home computer, go online, watch movies, play small games, about 120W-150W, plus the monitor is turned on for 24 hours, 3 kWh of electricity and multi-point (Pentium dual-core CPU, integrated graphics card, 8G memory, 120G solid-state LCD).

Desktops cost electricity.

The most important thing is that the chassis costs electricity, and the LED display is generally about 20W-55W now, and the current LED display supports 6 times the energy saving, which is very energy-saving, and it takes about thirty or forty hours to have one kilowatt-hour of electricity.

Now the mainstream configuration of the chassis is about 300W, that is, about three hours or so of one kilowatt-hour.

As for reducing electricity consumption.

The only way to do this is to turn it off when you're not using it.

As long as the computer is turned on, the power consumption is in **, and there is no special way to save electricity.

This is due to the automatic shutdown caused by the CPU overheating The weather is hot to clean up the dust of the host.

If the heat dissipation is not good, add the fan with silicone grease, or change the fan.

It's time for the cleaning of the temperature overheat protection program.

Is it set to automatically shut down?