算力，在通过「挖矿」得到比特币的过程中，一个节点每秒钟能做多少次计算，就是其「算力」的代表，单位写成 hash/s, 简写为 h/s。1 h/s 表示 1 秒钟能做 1 次 hash 碰撞。我们在这里如果以蚂蚁s9矿机为例为计算收益的线元左右。当然，对于它的更多收益信息的话，就由小编来为大家作一个介绍就明白了。
Arithmetic, in the process of getting bitcoin through "mining," how many times a node can be counted every second, is its "calculation" representative, written as hash/s, in short as h/s. 1 h/s means that one second can do a hash collision. Here we are around the line size for calculating the proceeds, using the ants9 machine as an example. Of course, if you have more information on its benefits, you will be briefed by the editor.
根据蚂蚁S9矿机官网的简介，算力13.5T，每T算力功耗约100瓦，当前每T算力每天可获得0.00011287BTC。产品报废时间按2年计算。暂时不考虑损坏等问题。
According to an introduction to the ants S9 network of mine officers, power 13.5T, which consumes about 100 watts per numeracy, is currently available at 0.000011287 BTC per day per t. The end-of-life time of the product is calculated on a two-year basis.
按照官网介绍1T算力每天约2.4度电，由于各地电费有较小差异，我们按0.5/度计算。
According to the official network, the 1T numeracy is about 2.4 degrees per day, and we calculate it at 0.5 degrees, due to minor local variations in electricity costs.
未来算力上涨，则挖矿难度增加，单位算力的产量将同比降低。这种算力增减记录约隔 13.5 天更新一次，这就意味着每更新一次难度可以维持 13.5 天的固定理论日收入(指未扣除运维电费等成本的收入，关于当前算力的理论日收入及下一难度调整时间，有兴趣可以通过相关工具输入算力值查询)。
In the future, it will be more difficult to dig, and the unit capacity will be reduced by the same amount. This increase or decrease will be recorded approximately 13.5 days after the update, which means that a fixed theoretical daily income of 13.5 days per update will be maintained (i.e. income that does not deduct costs such as the cost of transport of electricity, the theoretical daily income of current computing and the next difficulty adjustment time, which would be interesting if the relevant tools were used to search for the value of the power).
每隔一个时间点，比特币系统会在系统节点上生成一个随机代码，互联网中的所有计算机都可以去寻找此代码，谁找到此代码，就会产生一个区块，随即得到一个比特币，这个过程就是人们常说的挖矿。计算这个随机代码需要大量的GPU运算，于是矿工们采购海量显卡用以更快速的获得比特币获利，这也是近期显卡缺货的重要原因。
Every other point of time, the Bitcoin system generates a random code on the system node, which all computers on the Internet can search for, and who finds the code creates a block and then gets a bitcoin, which is what people often call mining. Computing the random code requires a large amount of GPU calculations, and is therefore a major reason why miners buy big cards to profit more quickly on bitcoin, which is a major reason for the recent card shortage.
目前一个1个比特币基于目前的数据结构被分割到8个小数位，也就是0.00000001BTC，矿工们挖到比特币最小的单位就是0.00000001BTC。由于之前的比特币十分的好挖，导致了很多人加入了挖矿的行列，但是随着人数的越来越多，挖矿的难度也变得越来越大，如今想要一个人挖矿，普通电脑已经无法承担了。根据业内人士表示，在2014年的时候，没挖出100个比特币所产生的电费高达50万，对你没有看错，就是50万，相当于每枚耗电达到了5000元，而现在已经翻倍。
Currently, one bitcoin is divided into eight decimal places based on the current data structure, namely 0.000001 BTC, where miners dig the smallest unit in bitcoin, 0.000001 BTC. With the previous bitcoin being so well dug, many people have joined the mining team, but with increasing numbers of people, mining is becoming more difficult and ordinary computers cannot afford to dig a mine by one. According to industry sources, 100 bitcoins in 2014 cost as much as half a million dollars for electricity, which is half a million dollars, equivalent to 5,000 dollars per piece of electricity consumption, which has now doubled.
比特币全网算力达到236万万亿次哈希碰撞每秒，相当于20多万个50米长的标准游泳池里面水滴的数目。但即便是这么大的算力，也需要10分钟左右才能碰撞到一个符合要求的哈希值。按照现在的速度，如果24小时开着电脑，需要三个月左右才能挖到一个比特币。
Bitcoin’s full net capacity reached 236 trillion Hash collisions per second, amounting to more than 200,000 water droplets in 50 metres of standard swimming pools. But even this size would take about 10 minutes to collide to a desired Hash value. At this rate, it would take about three months to dig up a bitcoin if the computer was on 24 hours.
以上就是挖比特币赚钱吗？挖比特币需要投资多少钱？的详细内容，更多关于比特币挖矿到底赚不赚钱？的资料请关注脚本之家其它相关文章！
This is how much money is needed to dig bitcoin? More details about whether bitcoin is making money or not?
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