Topic: Maling paniniwala sa "Pag sira ng Bitcoin sa kapaligiran" isang argumento (Read 49 times)

Notice that rejected energy accounts for around two-thirds of all electricity generation. This energy is produced but ultimately does not go to practical work. The amount wasted annually is around 66.7 quadrillions of BTUs (for short: "quads") of power. For perspective, that is the energy equivalent of wasting 2.3 billion metric tons of coal every year.

The potential for Bitcoin-powered renewables is already evident in China. A 2019 report by Coinshares found that approximately 75% of Bitcoin mining comes from renewable energy sources, much of which stems from newly created hydroelectricity. These new revenue streams have brought power plants online, which otherwise would not have been economically viable given existing conditions.

So, if we think of Bitcoin as a battery, what can we do with it? The critical properties of Bitcoin's battery are: 1) always on and permissionless (no need to find customers, just plug and go) and 2) naturally seeking low-cost electricity: it will always buy when the price is right.

Given those properties, Bitcoin's battery can assist renewable builds (and electric grids more generally) in several ways:

• Interconnection lines: When developing new energy resources, you must apply them to connect them to the grid. Texas alone has over 100 GW of renewables in its lines. These lines can take years to clear. In the meantime, these assets could be online and earn Bitcoin.
  
• Project finance: Renewable developers need capital to finance build-outs before they have customers. Bitcoin's battery is always ready to be the first customer.
• Geographic issues: Sometimes, the sunniest, windiest places are not the ones with the most customers, so it's hard to justify the development of new renewables. Bitcoin's battery solves this, becoming a "virtual transmission line" of sorts.
• Timing & grid balance: Sometimes, when the sun shines and when the wind blows is not when we need the most electricity. Yet, electric grids are marketplaces that must balance supply and demand perfectly. Therefore, grid-connected renewables often have to "curtail" (turn off) if they produce too much energy at the wrong time. Bitcoin's battery is ready to buy 24/7/365 when the price is right, turning up and down as needed and participating via direct power purchase agreements and demand response programs.
• Underperformance: Related to the timing & balance issues above, often, renewables produce more energy than is needed on their grid, leading to subpar financial performance. Bitcoin's battery is ready to buy if no one else will.
• Cleaning the grid: Even outside of renewable generation, Bitcoin's battery can help improve both emissions and the energy mix. For example, Crusoe Energy attaches efficient turbines and mining equipment to existing gas flaring sites, both improving emissions and converting energy into Bitcoin's battery. Taking this a step further, you could even then take those profits and reinvest them in on-grid renewables elsewhere, another twist on the idea of Bitcoin as a "virtual transmission line" (aka battery).

All this energy for 7 transactions per second?
The third attack would be that Bitcoin would move 7 transactions per second, and that in a nutshell for a system of this kind even a few kilowatt hours would be wasted (curious, then, that Attivissimo remembers this after accepting Bitcoin donations for years, on his blog, of this big problem).
Quickly: this number unfortunately arises from a profound misunderstanding of the real decoupling between the technological infrastructure called "blockchain" and the transfer of value named in Bitcoin.
It's frequent, but that doesn't make it any less wrong.
Premise: "It's a feature!", i.e. the size of the Blockchain is deliberately small.
Being able to write on a blockchain must be a luxury, in order for it to remain decentralized, so that everyone, at any time and with relatively little effort, can autonomously verify the correctness of transactions on the network, and not just the large banking institutions.
However, now at every moment of the day, on cryptocurrency exchanges, on custodial platforms, by means of pegged tokens, on sidechains, on Lighting Network, by means of CFDs, Bitcoins are intermediated and exchanged, or contracts that are traced back to their value , with varying degrees of enforcement.
And this happens through a number of transactions that are much more than 7 per second, believe me! To expect the opposite would be like demanding that our morning coffee paid for at the bar be recorded by all the backups of all the nodes of all the interbank circuits in the Eurozone.
So how many transactions, really?
In general it is an unmeasurable number, and it will be less and less, the estimates will be more and more heuristic, also thanks to privacy preserving platforms.
We can say, to make the general idea, that every transaction that takes place on an orderbook of any platform, which represents Bitcoin, can only exist thanks to the fact that, underneath, there is the Proof Of Work which, if necessary, allows the settlement of a precise state of a chain of transactions of indefinite length (my token goes to you, who gives it to him, who gives it to the other, who breaks it in three and gives it to the other, who collects 8 ). Don't you expect all the coins you exchange to end up noted down somewhere?
Simply, people rely on intermediaries every day to exchange value in Bitcoin without using a blockchain directly.
The global concept of decentralization is maintained, relocation increases with confidence on the last mile (not always! LN!) but the connecting element always remains the last, only, true, mandatory, digital ledger in which the compensation movements.
Therefore, comparing the imaginary 7 transactions (which is a number that was good in 2013, today there are many more even on-chain) to the world's ability to transact Bitcoin, and linking it to PoW, is a bit like pretending that there are, at all times, a sufficient number of armored cars to move all the gold in all the vaults of the world that intend to exchange gold.

Of course, that's not how it works.

Bitcoin is a settlement system, not a payments aggregator

First things first. What is Bitcoin, and what is it not?

Bitcoin is a settlement system like FedWire. It is not a payments aggregator like Visa. I constantly see Bitcoin compared to Visa, MasterCard, or PayPal. This is the primary source of mathematical atrocities whereby Bitcoin's overall electricity cost is divided by its transactions and then compared to something it's not. Energy use per settlement transaction is a nonsensical metric by which to judge Bitcoin's energy use.

Just like the 800,000 or so daily FedWire transactions are not a good measure of the total amount of daily Dollar (USD) transactions, Bitcoin's 325,000 or so daily transactions are not a good measure of the total amount of daily bitcoin (BTC/XBT) transactions. This is because most bitcoin transactions are not visible. They take place inside the payment aggregation systems of exchanges, on the Lightning network, and yes, even inside of actual aggregators like PayPal, Square, or MasterCard. Only periodically are they settled onto the Bitcoin blockchain as visible transactions.

Solutions like this are referred to as network layering. This is a tried and tested approach to separating casual retail transactions from heavier settlement transactions, and it is precisely how we already do things in the fiat monetary and payment systems. In such a system, the base layer, like FedWire (or Bitcoin), only acts as the final arbitrator of settlement transactions. Everything else, which is the vast majority of all transactions, happens in higher payment aggregation layers, which are often entirely different systems.

In other words, Bitcoin is not a competitor to Visa, MasterCard or Paypal. Instead, Bitcoin is an independent monetary system that aggregators can make use of.

Presenting Bitcoin's electricity consumption in terms of its daily number of settlement transactions is a red herring.