When the computer power consumption is too high, it wastes energy and affects performance. PHP editor Banana brings you a practical guide on how to use computer power consumption software to optimize system performance and save energy. This article will detail how to choose the right software, how to configure settings, and how to monitor and analyze power consumption data to help you fully understand how to effectively manage computer power consumption.
With the continuous advancement of technology, computers It has become an indispensable and important tool in our life and work. However, excessive computer power consumption will not only increase energy consumption, but also affect system performance and shorten equipment service life. Fortunately, there are some professional computer power consumption software that can help us effectively manage and optimize the energy usage of our computers.
Computer power consumption software is an application specifically used to monitor and manage computer power consumption. It can help users understand the power consumption of various computer hardware components in real time and provide corresponding optimization suggestions to save energy and improve system performance. Specifically, computer power consumption software mainly has the following functions:
Real-time monitoring of the power consumption of various computer hardware components, including CPU, memory, hard disk, graphics card, etc. Based on the user's usage habits and needs, it provides personalized power consumption optimization solutions, such as adjusting CPU frequency, closing unnecessary background programs, etc. Analyze the overall power consumption trend of computers to help users predict future energy consumption. Provides power management related settings, such as setting automatic sleep, shutdown and other functions. Supports switching of multiple power modes, such as high-performance mode, energy-saving mode, etc., to meet the needs of different usage scenarios.There are many kinds of computer power consumption software on the market. When choosing, you need to consider the following factors:
Comprehensive functionality: Choose Software that can comprehensively monitor the power consumption of various computer hardware components and provide targeted optimization suggestions. Ease of use: Choose software with a simple interface and intuitive operation to facilitate users to get started quickly. Compatibility: Choose the software version that can adapt to your computer operating system to ensure that the software can run normally. Word-of-mouth credibility: Choose a software brand with high visibility and good user reviews to ensure the security and reliability of the software.The following are the specific steps to use computer power consumption software to optimize the system:
Download and install appropriate computer power consumption software. Open the software and view the real-time power consumption of each hardware component of the computer. According to the optimization suggestions provided by the software, adjust relevant hardware settings, such as CPU frequency, graphics card performance, etc. Enable the power management functions provided by the software, such as automatic hibernation, shutdown, etc. Choose the appropriate power mode, such as energy-saving mode, high-performance mode, etc., to meet different usage needs. Regularly check the overall power consumption trend of the computer to further optimize system settings.To sum up, computer power consumption software is a very practical system optimization tool. It not only helps users monitor computer power consumption in real time, but also provides targeted optimization suggestions to save energy and improve system performance. When choosing computer power consumption software, you need to comprehensively consider factors such as comprehensive functionality, ease of use, compatibility, and reputation to choose the software that best suits you. I believe that by using computer power consumption software, you will be able to get a better computer experience.
Thank you for reading this article, I hope it will be helpful to your computer use. If you have any other questions, please feel free to contact us.
https://pcpartpicker.com/ can tell you whether the power supply is sufficient based on the brand and model of your accessories and power supply.
Yes, Master Lu software comes with the program you need to calculate the computer hardware power. You can also check the temperature and computer performance. In addition, if you don’t want to bother, you can directly report the specific model of the CPU + graphics card (such as i5 7500+gtx1060 3G), with this data, I can directly report to you the power consumption of the computer host, and the recommended power value for the power supply. For example, the most common configuration such as I5 7500+GTX1060 3G, the host power consumption is 210 to 230W, and the minimum required is a brand power supply with a rating of 300W or above. It is recommended to choose a power supply with a rating of 400W or above.
Master Lu, 360, these softwares all have these functions.
Go buy a power metering socket. The computer power supply is connected to this socket, and the socket will display the current flowing through it in real time. It’s pretty good to buy for about 100 yuan.
TDP stands for Thermal Design Power in English, and its Chinese translation is thermal design power consumption. It refers to the power consumption when the CPU emits heat. It does not Represents the power consumption when the CPU is working.
TDP is generally greater than the power consumption of the CPU when working at full load, so it can be used as a reference for how much power to configure.
The peak power is almost 320W and the rated power is around 250. A 360W power supply is fine, but the motherboard of your computer is defective
50-400ワット。主流の家庭用デスクトップ コンピュータは、プロセッサ、マザーボード、および Windows オペレーティング システムに省エネ機構を備えており、低負荷時には動作周波数を下げて電力を節約します。そのため、すべての新しいデスクトップ コンピュータのアイドル状態での消費電力は数十です。全負荷時の消費電力は、さまざまなパフォーマンス レベルのハードウェア構成に応じて大きく異なります。
Lenovo Qitian M428 と win10 を例に挙げます。
50-400ワット。主流の家庭用デスクトップ コンピュータは、プロセッサ、マザーボード、および Windows オペレーティング システムに省エネ機構を備えており、低負荷時には動作周波数を下げて電力を節約します。そのため、すべての新しいデスクトップ コンピュータのアイドル状態での消費電力は数十です。全負荷時の消費電力は、さまざまなパフォーマンス レベルのハードウェア構成に応じて大きく異なります。
コンピュータのホスト電源を選択する場合、電源の定格電力は構成の測定されたピーク電力より大きく、25% ～ 50% の冗長性を残す必要があります (実際の電力が 100 kW の主流のゲーマーレベルのコンピュータなど)。 270 ワット、定格電力約 500 ワットの電源を選択することをお勧めします。
デスクトップコンピューターの使用上の注意:
毎日モニターを見て、画面の明るさを調整してください。一般的に、画面が明るいほど電磁放射が強くなり、その逆も同様です。ただし、明るさが低すぎるために視聴効果に影響を与えたり、目が疲れやすくなったりしないように、暗すぎるように調整することはできません。
目と画面の間の距離は40〜50cmにして、目が蛍光スクリーンをまっすぐまたはわずかに下を向くようにする必要があります。これにより、首の筋肉がリラックスし、眼球が当たる面積を最小限に抑えることができます。空気。長時間の連続使用は避けてください。1時間連続使用した後は、10分程度の休憩をとってください。
グラフィックス カードの消費電力と CPU の TDP に 80 W を加えたものです。
電源には+12V電源があります。以下に電流サイズがあるので、上記 3 つの合計は 12V*xxA
9900Kのピーク消費電力をオンラインで検索して確認できます。主なことは、ゲーム中に高周波のパワーに注目することです。
一般に、デュアル 8 ピン グラフィックス カードの上限は 150+150+75 (PCIe 電源) = 375W です。 Magic Dragon には 8 ピンが 3 つあり、価格は通常 420 ～ 450 です。 BIOS のフラッシュは高くなる可能性があります。
他のゼロとゼロの合計は50Wを与えるのに十分です。
9900Kのピーク値は350+Wに近いはずです
したがって、基本的には850Wの電源を購入する必要があります。
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