比特币功耗最小矿机是多少比特币矿机功耗排行

2022-01-26 19:22:34

A. 一台比特币机一天能耗费多少电比特币挖矿机一天电费

您好，根据您的矿机功率不同，耗电和电费也是不同
以一台蚂蚁S9-13.5T矿机为例，功率是1.35KW
一天24小时的耗电量就是：1.35KW*24h=32.4KW/天
根据您当地电费收费不同，假定电费是0.5元/度，32.4*0.5=16.2元/天

那么一台蚂蚁S9-13.5T矿机一天能耗电32.4度，一天电费是16.2元
如果您还有其他疑问可以咨询我，希望可以帮到您，谢谢！

B. 一台比特币挖矿机一天耗电量是多少

每百台S4比特币挖矿机一个小时耗电900W。

C. 比特币矿机是如何通过计算挖币的

中本聪打造比特币的时候，希望比特币是一个去中心化的货币，不仅使用、交易如此，挖矿也应该如此。但是事与愿违，随着比特币等加密货币的价值越来越高，挖矿成为了一个产业，竞争越来越激烈，对挖矿算力的追求越来越高，所以从普通电脑挖矿，进化出了ASIC矿机与GPU矿机。

用ASIC矿机挖矿的币，算法几乎都为SHA256，而用GPU挖矿的算法则不同，例如BTG的算法是Equihash，BCD的算法是optimized X13。虽然不是绝对，但可以简单的认为，SHA256算法的币，一般都是用ASIC矿机挖。其他算法的币则基本都使用GPU矿机。也有例外，scrypt算法的莱特币以前用GPU矿机挖，但后来scrypt算法也被ASIC芯片攻克，比如蚂蚁矿机L3+，就是用来挖莱特币的ASIC矿机。

ASIC矿机，是指采用ASIC芯片作为算力核心的矿机。其中ASIC是Application Specific Integrated Circuit的缩写，是一种专门为某种特定用途设计的电子电路（芯片）。有矿机厂专门为计算比特币的SHA256算法而设计了ASIC芯片，使用它们的矿机就是ASIC矿机。由于ASIC芯片只为特定计算打造，所以效率可以比CPU这种通用计算芯片要高很多。举个例子，当前主流的蚂蚁矿机S9就是ASIC矿机，使用了189片ASIC芯片，算力达到了13.5TH/s，功耗仅为1350W。作为对比，当前电脑显卡旗舰GTX1080Ti挖比特币的算力，就算优化的好基本也不会超过60MH/s。相差了数万倍，非常悬殊。

而GPU矿机，是指使用GPU显卡作为算力核心的矿机。诸如以太坊、比特币钻石等加密货币用的是图形算法，所以用显卡计算的速度会最高。相对于ASIC矿机，GPU矿机更被大众熟知，因为说白了它就是一台加强了显卡配置的电脑。

GPU矿机的目的是赚钱，所以要追求功耗比与最大收益，所以选择要注重性价比，一般中高端定位的显卡，比如AMD RX560、RX570的功耗比高，是GPU矿机的好选择。而GTX1080Ti、AMD Vega64这样旗舰虽然单卡性能最强，但售价与功耗算下来并不划算。

另外，ASIC矿机也有一些比较奇葩的产品，比如烧猫的USB矿机，是个比U盘略微大一些的东东，功耗也只有2.25W，是目前最小的比特币矿机。

以上引用挖币网—“矿机分类介绍”，专业名词较多，希望对您有帮助，谢谢！

D. 比特币矿机耗电多少

比特币矿机耗电根据不同的机器耗电是不一样的。以目前丰水期挖矿回本最快的机器神马68T举例说明下，假设现在丰水期半年每度电费0.22，枯水期电费每度电费0.34，神马 68T二手的机器，墙上功耗是3264w，实际功耗按照3500w算，那么一台神马 M20S 68T 的机器，每天耗电量：3.524=84 度，一年耗电量 84*365=30660度。

按照目前最新的挖矿难度，一台神马 68T 的机器一天可以挖 0.00064836 BTC，按照10台一年的时间大概可以挖 2.366514 个币。前提的挖矿难度不变，但是按照目前的情况，假设现在到明年6月份挖矿难度增长 30%，每个月增长 2.5%。估算实际上挖的币应该是在原来的基础上打85%也就是2.012个币，神马68T 十台机器一年差不多可以挖2个币。

综上也就是十台神马68T的机器跑一年耗电是306600度电，差不多可以挖2个币。

(4)比特币功耗最小矿机扩展阅读

挖矿机的风险

1、硬件支出

挖矿实际是性能的竞争、装备的竞争，有些挖矿机是更多这样的显卡阵列组成的，数十乃至过百的显卡一起来，硬体价格等各种成本本身就很高，挖矿存在相当大的支出。

除了烧显卡的机器，一些ASIC（应用专用集成电路）专业挖矿机也在投入战场，ASIC是专门为哈希运算设计的，计算能力也相当强劲，而且由于它们的功耗远比显卡低，因此更容易形成规模，电费开销也更低，单张独显很难与这些挖矿机竞争，但与此同时，这种机器的花费也更大。

2、货币安全

比特币的支取需要多达数百位的密钥，而多数人会将这一长串的数字记录于电脑上，但经常发生的如硬盘损坏等问题，会让密钥永久丢失，这也导致了比特币的丢失。

3、系统风险

系统风险在比特币这个里面非常常见，最常见的当属于分叉。分叉会导致币价下跌，挖矿收益锐减。不过很多情况表明，分叉反而让矿工收益，分叉出来的竞争币也需要矿工的算力来完成铸币和交易的过程，为了争取更多的矿工，竞争币会提供更多的区块奖励及手续费来吸引矿工。风险反而成就了矿工。

E. 用电量小的比特币掘矿机

现在挖矿的成本是非常高的，挖矿成本已经接近甚至超过了币价。散户已经逐渐的被淘汰，现在的挖矿算力主要集中到了几个大矿场。挖矿已经不再是去中心化的了。当然，如果拥有免费的电，散户还是可以去尝试挖矿的，仍旧是有利可图的。
不过，2015年以后诞生的币多为POS机制，不存在挖矿机这一说了，都是钱包挖矿。今年异军突起的瑞泰币就是最好的例子，采用的是一次性挖矿。

F. 比特币挖矿机6块主板的，24小时运行，一天需要多少度电

矿机一般都是全功率运行的，按每台标称最大功耗*数量*线路损耗1.5*24除以1000就能估计出一天用电度数。

G. 比特币挖矿机功率多大

矿机的功率都是标准值，挖矿核心竞争点是看谁的电费便宜，在此我推荐多多矿，他们电费一度电才4毛。

H. 挖比特币最少要什么配置的矿机才有效率我这配置挖矿效率如何不行就推荐个配置单

现在挖矿难度确实太大了，首先确定你的定位是否正确，正如上面所说，有可能十年8年玩不出一个，当然也不排除你运气好一年挖出几个，但这种就是赌了，几率非常小，呵呵。

不过，你确实就是把挖矿当乐趣和娱乐，能否挖着并不太在意的话，当然也可以让自己的机器一直去挖。不过你上面的机器配置说实话应该是不算低，但对于挖矿来说却并不适合，正如游泳冠军爬山不一定在行一样。

挖矿机一般来说主要是看显卡的，跟处理器、内存主板、硬盘关系统统都不大，当然要保持稳定，长期运行不死机，并且事实证明A卡更适宜用来挖矿，原理你可以去网络，据说，在R系列的A卡出现之前，挖矿效果好的卡却不是什么HD8870,8750神马的，却是我们看不上眼已经被淘汰的老显卡

I. 一台比特币挖矿机一天耗电量是多少

比特币挖矿机是用于赚取比特币的计算机，这类计算机一般有专业的挖矿芯片，多采用安装大量显卡的方式工作，耗电量较大。计算机下载挖矿软件然后运行特定算法，与远方服务器通讯后可得到相应比特币，是获取比特币的方式之一。显卡“挖矿”要让显卡长时间满载，功耗会相当高，电费开支也会越来越高。国内外有不少专业矿场开在水电站等电费极其低廉的地区，而更多的用户只能在家里或普通矿场内挖矿，电费自然不便宜。

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应答时间：2021-02-22，最新业务变化请以平安银行官网公布为准。
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J. 比特币挖矿机一天电费是多少钱

以矿机芯动T2T-30T为例，矿机芯动T2T-30T的算力是30T，功耗为2200瓦，即2.2千瓦，单台矿机在二十四小时运行情况下的耗电量：2.2千瓦*24=52.8度，电费一度以0.56RMB计算，单台矿机一天的耗电成本为：52.8*0.56=29.57rmb。

用比特币挖矿机“挖矿”要让显卡长时间满载，功耗会相当高，电费开支也会越来越高。国内外有不少专业矿场开在水电站等电费极其低廉的地区，而更多的用户只能在家里或普通矿场内挖矿，电费自然不便宜，甚至云南某小区有人进行疯狂挖矿导致小区大面积跳闸，变压器被烧毁的案例。

(10)比特币功耗最小矿机扩展阅读

比特币挖矿机挖矿的原理：

比特币的挖矿与节点软件主要是透过点对点网络、数字签名、交互式证明系统来进行发起零知识证明与验证交易。每一个网络节点向网络进行广播交易，这些广播出来的交易在经过矿工（在网络上的计算机）验证后，矿工可使用自己的工作证明结果来表达确认，确认后的交易会被打包到数据块中，数据块会串起来形成连续的数据块链。

每一个比特币的节点都会收集所有尚未确认的交易，并将其归集到一个数据块中，矿工节点会附加一个随机调整数，并计算前一个数据块的SHA256散列运算值。挖矿节点不断重复进行尝试，直到它找到的随机调整数使得产生的散列值低于某个特定的目标

A. How much electricity does a Bitcoin machine consume per day? How much electricity does a Bitcoin mining machine cost per day?

Hello, depending on the power of your mining machine, the power consumption and electricity costs are also different< br />Take an Ant S9-13.5T mining machine as an example, the power is 1.35KW
The power consumption for 24 hours a day is: 1.35KW*24h=32.4KW/day
According to your local electricity bill The charges are different. Assume that the electricity bill is 0.5 yuan/kWh, 32.4*0.5=16.2 yuan/day

Then an Ant S9-13.5T mining machine consumes 32.4 kWh of electricity a day, and the electricity bill per day is 16.2 yuan

br />If you have any other questions, please contact me. I hope I can help you. Thank you!

B. How much power does a Bitcoin mining machine consume per day?

Each hundred S4 Bitcoin mining machines consume 900W per hour.

C. How Bitcoin mining machines mine coins through calculation

When Satoshi Nakamoto created Bitcoin, he hoped that Bitcoin would be a decentralized currency that not only uses, This is true for trading, and so it should be for mining. But things went counterproductive. As the value of cryptocurrencies such as Bitcoin became higher and higher, mining became an industry, competition became more and more fierce, and the pursuit of mining computing power became higher and higher. Therefore, mining evolved from ordinary computers. ASIC mining machines and GPU mining machines have been released.

The algorithm for coins mined with ASIC mining machines is almost all SHA256, while the algorithms mined with GPUs are different. For example, the algorithm of BTG is Equihash, and the algorithm of BCD is optimized X13. Although it is not absolute, it can be simply believed that coins based on the SHA256 algorithm are generally mined with ASIC mining machines. Coins with other algorithms basically use GPU mining machines. There are exceptions. Litecoin using the scrypt algorithm was previously mined with GPU mining machines, but later the scrypt algorithm was also overcome by ASIC chips. For example, the Antminer L3+ is an ASIC mining machine used to mine Litecoin.

ASIC mining machine refers to a mining machine that uses ASIC chips as the core of computing power. ASIC is the abbreviation of Application Specific Integrated Circuit, which is an electronic circuit (chip) specially designed for a specific purpose. There are mining machine factories that have designed ASIC chips specifically for calculating Bitcoin’s SHA256 algorithm, and the mining machines that use them are ASIC mining machines. Because ASIC chips are only built for specific calculations, their efficiency can be much higher than general-purpose computing chips such as CPUs. For example, the current mainstream Antminer S9 is an ASIC mining machine, using 189 ASIC chips, with a computing power of 13.5TH/s and a power consumption of only 1350W. For comparison, the computing power of the current flagship GTX1080Ti computer graphics card for mining Bitcoin will not exceed 60 even if it is well optimized.MH/s. The difference is tens of thousands of times, a huge disparity.

GPU mining machines refer to mining machines that use GPU graphics cards as the core of computing power. Cryptocurrencies such as Ethereum and Bitcoin Diamond use graphical algorithms, so the computing speed of graphics cards will be the highest. Compared with ASIC mining machines, GPU mining machines are more well-known to the public, because to put it bluntly, it is a computer with enhanced graphics card configuration.

The purpose of GPU mining machines is to make money, so the power consumption ratio and maximum profit must be pursued, so the choice should focus on cost performance. Generally, mid-to-high-end graphics cards, such as AMD RX560 and RX570, have high power consumption ratios. A good choice for GPU miners. Although flagships such as GTX1080Ti and AMD Vega64 have the strongest single-card performance, their price and power consumption are not cost-effective.

In addition, ASIC mining machines also have some weird products, such as Shaomao’s USB mining machine, which is slightly larger than a USB flash drive and consumes only 2.25W, making it the smallest bit currently. Coin miner.

The above quote is from Mining.com - "Introduction to Mining Machine Classification". There are many professional terms. I hope it will be helpful to you. Thank you!

D. How much power does a Bitcoin mining machine consume?

The power consumption of a Bitcoin mining machine varies depending on the machine. Take the Shenma 68T, the machine with the fastest return on mining costs during the wet season, as an example. Assume that the electricity cost per kilowatt hour during the wet season is 0.22 per kilowatt hour for half a year, and the electricity cost per kilowatt hour during the dry season is 0.34. The wall power consumption of the second-hand Shenma 68T machine is 3264w, the actual power consumption is calculated as 3500w, then a Whatsminer M20S 68T machine consumes 3.524=84 kWh per day, and 84*365=30660 kWh per year.

According to the latest mining difficulty, a Shenma 68T machine can mine 0.00064836 BTC in a day, and 10 machines can mine approximately 2.366514 coins in a year. The prerequisite mining difficulty remains unchanged, but according to the current situation, it is assumed that the mining difficulty increases by 30% from now to June next year, with an increase of 2.5% every month. It is estimated that the actual coins mined should be 85% of the original value, which is 2.012 coins. Ten Shenma 68T machines can mine almost 2 coins a year.

To sum up, ten Shenma 68T machines consume 306,600 kilowatt-hours of electricity for one year, which can mine almost 2 coins.

(4) Extended reading of Bitcoin mining machine with minimum power consumption

Risks of mining machine

1. Hardware expenditure< /p>

Mining is actually a competition of performance and equipment. Some mining machines are composed of more such graphics card arrays. Dozens or even hundreds of graphics cards come together, and various costs such as hardware prices themselves It's very high, and there are considerable expenses involved in mining.

In addition to machines that burn graphics cards, some ASIC (Application Specific Integrated Circuit) professional mining machines are also being invested inIn the battlefield, ASICs are specially designed for hash operations, and their computing power is also quite powerful. And because their power consumption is much lower than that of graphics cards, they are easier to scale and have lower electricity costs. It is difficult for a single graphics card to compete with these mining machines. competition, but at the same time, such machines cost more.

2. Currency security

Bitcoin withdrawals require hundreds of digits of keys, and most people will record this long series of numbers on their computers, but often Problems such as hard drive damage can cause the key to be permanently lost, which also leads to the loss of Bitcoin.

3. System risk

System risk is very common in Bitcoin, and the most common one is fork. Forks will cause currency prices to fall and mining profits to drop sharply. However, many cases show that forks actually benefit miners, and the forked altcoins also require miners’ computing power to complete the minting and transaction process. In order to attract more miners, altcoins will provide more block rewards and fees to attract miners. Risk has made miners successful.

E. Bitcoin mining machine with low power consumption

Now the cost of mining is very high, and the cost of mining has approached or even exceeded the currency price. Retail investors have been gradually eliminated, and the current mining computing power is mainly concentrated in a few large mining farms. Mining is no longer decentralized. Of course, if you have free electricity, retail investors can still try mining, and it will still be profitable.
However, most of the coins born after 2015 are POS mechanisms. There is no such thing as a mining machine. They are all wallet mining. Ritecoin, which has suddenly emerged this year, is the best example, using one-time mining.

F. How many kilowatt-hours of electricity is needed per day for a Bitcoin mining machine with 6 motherboards and running 24 hours a day?

Mining machines generally run at full power. According to the nominal value of each machine Maximum power consumption * quantity * line loss 1.5 * 24 divided by 1000 can estimate the electricity consumption per day.

G. How powerful is the power of a Bitcoin mining machine?

The power of mining machines are all standard values. The core competition point of mining is to see who has cheaper electricity bills. Here I recommend Duoduo Mining , their electricity bill is only 40 cents per unit.

H. What is the minimum configuration of the mining machine required to mine Bitcoin efficiently? If the mining efficiency of my configuration is not good, I will recommend a configuration list

It is indeed too difficult to mine now. , first determine whether your positioning is correct. As mentioned above, it is possible that you will not be able to find one in ten or eight years. Of course, it does not rule out that you are lucky enough to dig out a few in a year, but this is a gamble, and the chance is very small. hehe.

However, you do regard mining as fun and entertainment. If you don’t care too much about whether you can mine, of course you can also let your machine keep mining. However, the machine configuration above you should be honest, it should not be low, but it is not suitable for mining, just like a swimming champion may not be good at mountain climbing.

Generally speaking, mining machines mainly depend on the graphics card, processor, memory, motherboard,The hard drive system is not big, so it must be stable and run for a long time without crashing. It has been proven that the A card is more suitable for mining. The principle is that you can go to the Internet. It is said that before the R series of A cards appeared, the mining effect was good. The card is not HD8870 or 8750, but an old graphics card that we despise and have been eliminated

I. How much power does a Bitcoin mining machine consume in a day

Bitcoin mining machines are computers used to earn Bitcoins. Such computers generally have professional mining chips. They often work by installing a large number of graphics cards and consume a lot of power. The computer downloads the mining software and then runs a specific algorithm. After communicating with the remote server, the corresponding bitcoins can be obtained. This is one of the ways to obtain bitcoins. Graphics card "mining" requires the graphics card to be fully loaded for a long time, the power consumption will be quite high, and the electricity bill will become higher and higher. There are many professional mines at home and abroad located in areas with extremely low electricity bills such as hydropower stations. However, more users can only mine at home or in ordinary mines, so the electricity bills are naturally not cheap.

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J. One-day electricity bill for a Bitcoin mining machine How much is it?

Take the mining machine core T2T-30T as an example. The mining machine core T2T-30T has a computing power of 30T and a power consumption of 2200 watts, that is, 2.2 kilowatts. A single mining machine in two Power consumption under fourteen hours of operation: 2.2 kilowatts * 24 = 52.8 kilowatt hours. The electricity cost per unit is calculated at 0.56 RMB. The power consumption cost of a single mining machine per day is: 52.8 * 0.56 = 29.57 RMB.

If the graphics card is fully loaded for a long time when "mining" with a Bitcoin mining machine, the power consumption will be quite high, and the electricity bill will be higher and higher. Many professional mines at home and abroad are opened in areas with extremely low electricity bills such as hydropower stations. However, more users can only mine at home or in ordinary mines. The electricity bills are naturally not cheap. There are even people in a community in Yunnan who engage in crazy mining. Cases where large areas of residential areas tripped and transformers were burned.

(10) Extended reading of Bitcoin mining machine with minimum power consumption

The principle of mining with Bitcoin mining machine:

Bitcoin's mining and node software mainly initiates zero-knowledge proofs and verifies transactions through peer-to-peer networks, digital signatures, and interactive proof systems. every network sectionPeers broadcast transactions to the network. After these broadcast transactions are verified by miners (computers on the network), miners can use their own proof of work results to express confirmation. The confirmed transactions will be packaged into data blocks, and the data Blocks are strung together to form a continuous chain of data blocks.

Each Bitcoin node will collect all unconfirmed transactions and aggregate them into a data block. The miner node will append a random adjustment number and calculate the SHA256 hash of the previous data block. Column operation value. The mining node keeps trying again and again until it finds a random adjustment that produces a hash value below a certain target