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Bitcoin’s bottom might not be in, but miners say it ‘has always made gains over any 4-year period’

To mine, or not to mine, that is the question. Professional Bitcoin miners discuss the nuance of BTC mining and whether now is a good time to get started.

Your favorite trader is saying Bitcoin (BTC) bottomed. At the same time, the top on-chain indicators and analysts are citing the current price range as a “generational buy” opportunity. Meanwhile, various crypto and finance media recently reported that Bitcoin miners sending a mass of coins to exchanges are a sign that $17,600 was the capitulation move that pins the market bottom

There’s so much assurity from various anon and doxed analysts on Crypto Twitter, yet Bitcoin price is still in a clear downtrend, and the metrics don’t fully reflect that traders are buying every dip.

A critical component of BTC price that many investors often overlook is the condition and sentiment of Bitcoin miners, which is exactly why Cointelegraph had a chat with Rich Ferolo of Blockware Solutions and Will Szamosszegi of Sazmining Inc. to gain clarity on what’s happening in the mining industry and how this might impact market sentiment going forward.

Cointelegraph: Is the bottom in for Bitcoin? The price touched $17,600 nearly two weeks ago and it’s starting to feel like the fund-driven capitulation armageddon might be over. Thoughts?

Will Szamosszegi: It’s impossible to say whether or not Bitcoin has hit a bottom. In general, I recommend a dollar-cost-averaging strategy to people: Just buy however much Bitcoin you feel comfortable with on a consistent schedule. We’ve seen drawdowns even bigger than this before — such as 93.7% in its early days and 83.4% in 2018. Bitcoin has always made gains over any four-year period in its history.

CT: Currently, Bitcoin is trading below the realized price and below miners’ cost of production. The price also dipped below the previous all-time high and the hash rate is dropping. Typically on-chain analysts pinpoint these metrics hitting extreme lows as a generational purchasing opportunity, but is it?

Rich Ferolo: Blockware has done a lot of research on this and we’ve calculated the breakeven price from machines as far back as the s9 from 2016, at $.07 per kilowatt, the breakeven is $38,000 for a s9. You’re going to see older machines coming off the network eventually. For the s17s, at $.07 cents per kilowatt, BTC needs to be at around $18,000.

Newish machines are more efficient and while difficulty and the hash rate adjustment are trending down for current generation machines, anything above 90 terahashes (TH/s) can make it. Anything below 34 watts per Terahash is inefficient.

One factor to consider is that the value of machines is going down. Even if BTC price starts to go up and there’s a symbiotic relationship between price and the macro factors impacting Bitcoin price and prices throughout the wider-crypto market.

Machines are hard assets and the big aspect of mining is the machine. Bitmain and MicroBT adjust prices as BTC price goes up. This is a hard asset that, in a way, earns yield on a daily basis, the same way that BTC does.

If you’re in the long game, you don’t care about the current price of BTC. Just because the BTC price goes down doesn’t mean all the miners will go down also. It’s more about survival of the fittest. You need to be aware of the macros, but it’s not as bad as one might think. There are different perspectives and situations depending on what size outfit you’re running. Big public companies have a lot of operational factors to consider, but their operational costs (OPEX) inflate their overall cost even if they get $.05 per kilowatt. Their model is different from the analytics of the average miner outside of the public user.

CT: What is the state of the BTC mining industry right now? There are rumors that leveraged miners could go under, inefficient miners are turning off and equipment is being sold 50% to 65% lower than 2020 to 2021 prices.

What’s happening behind the scenes and how do you see this impacting the industry for the next six months to a year?

RF: I agree with all of your observations. We’re at a price consolidation point currently and the market is cleaning up the amount of mining debt that exists. If you can hang on and keep mining, it might keep the hash rate and difficulty at bay. Blockworks believes that there is a severe lack of infrastructure in the space. To have infrastructure, you have to have an incredible amount of CAPEX to get going. There’s been and still is a lack of infrastructure.

Regardless of the machines that are there, there’s not a lot of space for hosting. From the broader standpoint, you’re going to see a lot of capitulation, insolvency and excess machines. I know a lot of the big players are putting a pause on funding for miners. That’s a plus for people wanting to get in the space, but we predicted a 60% hash rate increase in 2022 when things were booming. And, as the s19XPs come into light, the hashrate will go up.

WS: Many veterans in this space have grown accustomed to these cycles in the Bitcoin ecosystem. Historically, you see the hashrate decline following the price doing the same. In drawdowns like this one, newer miners typically wash out, while the network fortifies. Over the next six months, mining will become more competitive, as bigger players may consolidate and buy miners at a discount.

CT: Exactly why is now a good or bad time to start mining? Are there particular on-chain metrics or profitability metrics that miners are looking at or is it just a no-brainer that Bitcoin’s current pricing makes mining attractive?

Let’s say I have $1 million cash, is it a good time to set up an operation and start mining? What about $300,000 to $100,000? At the $40,000 to $10,000 range, why might it not be a good time to set up at home or use a hosted mining service?

RF: Regardless of the size of the investment, I don’t think any of those values frankly would warrant you wanting to set up infrastructure at scale. A million bucks worth of machines at $5,000 per machine will get you 200 machines, almost a 0.6 megawatts worth. 1 megawatt of power is equal to 300 machines. Housing 200 machines is way different than housing 2 to 10 machines. To diversify $1 million to $300,000, or 60 machines, that’s where you want to start looking at hosting, assuming you’re all in on mining.

I treat mining as a hedge, so I’d take 60% of the capital and buy machines and 40% buy spot BTC, or 60% CAPEX for machines, 20% for OPEX and 20% for spot BTC. This is a broader place to think about hosting. $100,000 gets you 20 machines, so you could apply the same strategy. Most residential homes can’t handle that much power demand. There’s a threshold of at-home mining power capacity so you’d have to consider how much power you can get to your house without shutting down the neighborhood.

The $10,000 to $40,000 range is more amenable to at-home mining. If your power rate is fixed at $.10 or below you could pull it, depending on where the price is. $40,000 will get you about eight machines. That’s more doable, to be honest. It’s about 24.4 kilowatts per hour for eight machines if you start from four to five machines and test the waters. It’s almost like dollar-cost-averaging into machines and buying them if prices continue to drop.

Related: Buy Bitcoin or start mining? HashWorks CEO points to ‘attractive investment yield’ in BTC mining

CT: Does BTC price dropping below its all-time high for the first time ever have any significant future ramifications on the fundamentals of the asset and industry?

WS: The fundamentals of BTC are unchanged, which is why I still expect BTC to evolve into a global reserve asset. The industry, on the other hand, will learn from this crash: Do not be overleveraged and do not offer yields that leave you vulnerable.

RF: Great question, I think from where we’re at now, it was expected based on where people (retail) had bought in the previous cycle. Smart money expected a long bear market to happen, but what has shocked everyone is when and how fast it happened. The mysterious long-awaited blow-off top never happened.

Crypto has a lot more exposure and a lot more bad press due to recent implosions and we’ll see more because the news loves bad press and it’s easier to generate. For those who believe in BTC, they’ll ignore it and it's the opportune time to buy and invest in the space, especially once all the bad energy is cleared out.

Lots of people have probably sold the bottom and won’t be back, but this is just the basic market dynamics.

CT: The network’s next reward halving is approaching in 676 days. In your view, how will this alter the landscape of industrialized mining and the amount of equipment required to solve an algorithm which becomes more difficult to compute with each halving?

RF: Halving events tend to induce miner capitulation. I’m surprised that the current hash rate hasn’t fallen further. We’re not seeing the sharp decrease that was expected before like 20% to 25%. This happens because older-generation machines have to unplug and the rewards don’t match the cost but the expected hash rate increase that comes with each halving means older-gen machines benefit in the short term. Miners unplug when OPEX is unfavorable and then plug back in when the time is right.

WS: Miners will want to reduce their costs, as half the reward in Bitcoin may render many mining operations unprofitable (assuming a constant Bitcoin price in United States dollars). Mining equipment will continue to improve in efficiency and miners will continue to seek out the most cost-effective energy sources. Halving is one of the many genius features of the Bitcoin network because it washes out inefficiencies.

Disclaimer. Cointelegraph does not endorse any content of product on this page. While we aim at providing you all important information that we could obtain, readers should do their own research before taking any actions related to the company and carry full responsibility for their decisions, nor this article can be considered as an investment advice.

Price analysis 11/25: SPX, DXY, BTC, ETH, SOL, BNB, XRP, DOGE, ADA, AVAX

How blockchain can open up energy markets: EU DLT expert explains

The main barrier to the wide adoption of DLT solutions by the energy system stakeholders is how energy markets are structured.

Aside from the buzzing neologism of Web3, there is a bit less catchy but hardly less important concept of Industry 4.0, which includes the new and revolutionary drivers of the next generation’s industrial landscape. And, especially when it comes to the energy sector, blockchain lies at the heart of these technologies. 

The authors of a recently published EUBlockchain Observatory report “Blockchain Applications in the Energy Sector” are convinced that distributed ledger technology (DLT) could become a key enabler technology and has a very high potential to influence or even disrupt the energy sector. This comes as a no surprise, given the five D’s of the Digital Green Shift: deregulation, decarbonization, decentralization, digitization and democratization.

The report highlights the major directions for blockchain in the sector and supplements them with the actual case studies and insights from energy market stakeholders such as Volkswagen, Elia Group, Energy Web Foundation and others.

Cointelegraph spoke to one of the report’s co-authors, commercial director of Europe, the Middle East and Africa (EMEA) region at Energy Web and a member of EU Blockchain Observatory and Forum, Ioannis Vlachos.

Vlachos elaborated on the most intriguing parts and concepts of the document, such as the granularity criterium, the importance of self-sovereign identity and the possible role of DLT in developing the non-electric energy sources consumption.

Cointelegraph: The report notes that, to this day, no blockchain/DLT solution has been widely adopted by energy system stakeholders. Why do you think this is? Could you try to answer it?

Ioannis Vlachos: The main barrier to the wide adoption of blockchain solutions by the energy system stakeholders is related to the way that energy markets are currently structured. The regulatory requirement, in most countries worldwide, for small-scale flexibility assets such as residential batteries, electric vehicles, heat pumps and others makes it possible to participate in energy markets only via their representation by an aggregator.

Considering a more direct market design where flexible assets, irrespectively of their capacity, can directly bid into an energy market will minimize their marginal costs and will promote and foster the participation of small-scale distributed energy resources (DERs) in energy markets.

This need for the direct participation of assets in markets was identified and considered to be an overarching principle in the joint report “Roadmap on the Evolution of the Regulatory Framework for Distributed Flexibility” by Entso-E and the European Associations representing distribution system operators published in June 2021, where “access to all markets for all assets either directly or aggregated” is recommended.

Blockchain technology, via the concept of decentralized identifiers (DIDs) and verifiable credentials (VCs), provides the necessary tools to allow this direct access of small-scale DERs into energy markets.

CT: How could blockchain be used to track the non-electric energy sources, such as biofuels?

IV: Blockchain technology provides the means to create a trusted ecosystem of actors, where all information exchanged between assets, systems and actors can be independently verified by means of DIDs and VCs. This is extremely important to provide the required audit trails in non-electric energy supply chains such as natural gas, green hydrogen and others.

Recently, Shell, together with Accenture, American Express Global Business Travel with the support of Energy Web as the blockchain solution provider, announced Avelia, one of the world’s first blockchain-powered digital book-and-claim solutions for scaling sustainable aviation fuel (SAF).

Recent: Lummis-Gillibrand crypto bill comprehensive but still creates division

The report claims that the application of blockchain in the energy sector is likely to be further explored and advanced.

What are the premises for such an optimistic conclusion?

This conclusion is mainly drawn on the premise that despite the highly regulated energy environment, we have recently seen a large number of projects in the broader energy sector that use blockchain technology. They do this by either implementing use cases outside of the existing regulatory framework such as Shell’s SAF project or with the support of the national regulators and market operators such as projects EDGE and Symphony in Australia.

The EDGE and Symphony projects are supported by state government agencies, the Australia Energy Market Operato and the Australian Renewable Energy Agency, and implement an innovative approach to the integration of consumer-owned DERs to enable their participation in a future energy market based on a decentralized approach. In both projects, Energy Web’s decentralized blockchain-based digital infrastructure is used by assigning digital identities to participants and thus facilitating the secure and efficient exchange and validation of market participant data.

Recent: Celsius’ crisis exposes problems of low liquidity in bear markets

Moreover, we cannot neglect the fact that blockchain technologies are referenced within the European Union action plan for digitalizing the energy sector, focusing on enhancing the uptake of digital technologies.

IV: The concept of granularity refers to the need to increase the frequency of data that will allow the traceability of energy commodities. Especially in the case of electricity, moving from a monthly or annual matching of energy consumption with renewable electricity being produced in a specific location to a more granular (e.g., hourly) is considered to be the best practice since it minimizes energy greenwashing. In this respect, Energy Web, with the collaboration of Elia, SP Group, and Shell, developed and released an open-source toolkit for simplifying 24/7 clean energy procurement.

CT: Could you explain the concept of granularity, which sets the demand for blockchain in the energy sector?

CT: The report mentions a self-sovereign identity, defining it as “a growing paradigm that promotes individual control over identity data rather than relying on external authorities.” It’s easy to imagine this kind of paradigm with personal data online, but what importance does it have for energy production and consumption?

IV: The importance of self-sovereign identities (SSI) for energy production and consumption stems from the fact that prosumer’s energy data can be considered as private data [Prosumer is a term combining consumer and producer roles by one individual or entity.] Especially in the setting of the European Union and under the light of the General Data Protection Regulation, the granularity (sampling frequency) of smart metering data can be highly associated with the privacy of data. Moreover, given the fact that new business models are emerging that utilize prosumer energy data to facilitate the provision of energy efficiency and management services, empowering the prosumer via the concept of SSI to consent for the distribution, processing and storage of their energy data is more of a necessity rather than a luxury.

Price analysis 11/25: SPX, DXY, BTC, ETH, SOL, BNB, XRP, DOGE, ADA, AVAX

Resistance is futile! 3 reasons why Bitcoin mining will never go away

Numerous governments have tried to ban Bitcoin mining, but data and insights from those in the mining industry suggest that this is easier said than done.

In the summer of 2021, the Chinese government banned Bitcoin (BTC) mining and cited the typical concerns of harmful environmental effects and money laundering. Now, the Chinese government is working toward establishing its own digital yuan currency. This raises the question as to whether the original reasoning was merely a Trojan horse.

This ban could easily have been a huge blow to Bitcoin’s momentum. After all, close to 75% of all Bitcoin mining had been conducted in China by late 2019, according to Cambridge Alternative Finance Benchmarks. If the network teetered under the weight of China’s nationwide ban, other governments might have begun to think that Bitcoin could be defeated after all.

China’s ban was Bitcoin’s stress test

For a brief period, the ban worked as intended — by the end of June 2021, the Bitcoin network’s hash rate had dropped to 57.47 exahashes per second (EH/s), down by a few multiples. However, the hash rate rebounded to 193.64 EH/s by December 2021 and by February 2022, it reached an all-time high of 248.11 EH/s.

The entire ordeal was a test that Bitcoin passed with flying colors: Banning Bitcoin mining proved as effective as the Prohibition era was at killing drinking culture in the United States.

In early 2022, the obvious explanation for the hash rate recovery was that miners who had set up shop in China had simply fled to the Western Hemisphere. There was plenty of evidence that seemed to support this hypothesis — primarily that the United States’ share of the global hash rate exploded from 4.1% in late 2019 to 35.4% in August 2021.

Share of global Bitcoin hashrate. Source: University of Cambridge, Reuters

The ban created a decentralized black market

However, the so-called “great migration” may not have been the only unintended consequence of China’s ban. As of May 2022, miners in China accounted for 22% of the global hash rate — a figure that is not as dominant as before, but no small slice of the pie, either.

As the Cambridge Centre for Alternative Finance reports:

“It is probable that a non-trivial share of Chinese miners quickly adapted to the new circumstances and continued operating covertly while hiding their tracks using foreign proxy services to deflect attention and scrutiny.”

Indeed, it’s likely that there is now a massive black market of Bitcoin mining in China.

Try as they might, one of the most authoritarian regimes on the planet cannot prevent its citizens from mining Bitcoin. In economic terms, the potential benefits to the China-based miners outweigh the costs associated with getting caught red-handed.

Despite the concern and skepticism that “experts” broadcast about Bitcoin, miners in China value the activity so much that they’re willing to risk breaking the law to get their hands on the future global reserve asset.

International competition for miners rises

Despite China’s black market surge, there is no doubt that the United States’ economy benefited from China’s ban. Just outside Kearney, Nebraska, a company called Compute North runs one of the United States’ largest data centers for cryptocurrency mining. Around the time of China’s ban, the company received a deluge of calls from operations that were trying to move their mining equipment from China into the United States.

Compute North welcomed its new partners with open arms. “We doubled in size,” said their lead technician. “We were busy nonstop for the whole summer. [...] And there’s just continuing more and more demand all the time.”

Other towns, such as Rockdale, Texas, and Massena, New York, are also witnessing growth in their cryptocurrency mining ecosystems.

All of this migration could cause a vicious cycle for China and a virtuous cycle for the United States, which means that all sorts of other Bitcoin-related opportunities shift from China to the United States as well. Lamont Black, finance professor at DePaul University, believes that the recent influx of Bitcoin mining into America could bolster the country’s broader blockchain economy.

And that logic works both ways — to the extent that Bitcoin miners are leaving China, then ancillary Bitcoin activities will travel along with them.

Although fleeing miners considered countries other than the United States, it seems that miners prefer America because of its relatively robust respect for property rights. One miner migrating from China said, “Maybe the governments [of countries such as Russia or Kazakhstan] are not only shutting down the operation, but they also take [...] all your machines. You might lose everything, so the United States is a safe choice.”

The takeaway for world governments

This black market phenomenon should be a lesson to Western politicians: If the Chinese government can’t ban Bitcoin mining out of existence, neither can you.

As the United States forges ahead in studying the regulatory implications of the industry, traditional financial institutions are closely monitoring its movements. Retail and institutional investors are also paying close attention to the market swings as they battle inflation at home. At this point, trying to put the toothpaste back in the tube is nothing but a waste of energy. Bitcoin mining is not going away.

The United States and other world leaders must learn from the mistakes of others so that they don’t have to repeat them. China wasted its efforts so that others don’t have to.

Disclaimer. Cointelegraph does not endorse any content of product on this page. While we aim at providing you all important information that we could obtain, readers should do their own research before taking any actions related to the company and carry full responsibility for their decisions, nor this article can be considered as an investment advice.

William Szamosszegi is the CEO and founder of Sazmining, the world’s first clean energy Bitcoin mining platform for retail customers. He is also the host of the Sazmining podcast and as a Bitcoin evangelist, Will is committed to improving humanity’s relationship with time, money and energy. Will is the recipient of Bucknell’s venture grant, a finalist in SXSW’s Digital Entrepreneurship Tournament, a Forbes Fellow and a regular speaker at Bitcoin mining conferences.

Price analysis 11/25: SPX, DXY, BTC, ETH, SOL, BNB, XRP, DOGE, ADA, AVAX

Banking uses 56 times more energy than Bitcoin: Valuechain report

Analysis of Bitcoin’s Proof of Work and the Lightning Network exposes the banking system as energy hungry, demonstrating that Bitcoin is better for the planet.

Fresh figures on Bitcoin’s (BTC) energy consumption, efficiency and scalability serve to expose the banking sector while bathing the world's largest cryptocurrency in a new light. 

A research report published by Michel Khazzaka, an IT engineer, cryptographer and consultant, calculates that Bitcoin payments are a "million times more efficient" than the legacy financial system. Plus, the Banking sector “uses 56 times more energy than Bitcoin.”

The report compiles almost four years of research and suggests a new calculation for estimating Bitcoin's Proof-of-Work energy consumption. In an interview, Khazzaka told Cointelegraph:

“Bitcoin Lightning, and Bitcoin, in general, are really great and very efficient technological solutions that deserve to be adopted on a large scale. This invention is brilliant enough, efficient enough, and powerful enough to get mass adoption.”

Khazzaka, who founded payments consultancy Valuechain in late 2021, proposes an alternative to the energy estimates provided by Cambridge Bitcoin Electricity Consumption Index (CBECI). The index, often cited by Cointelegraph, estimates that Bitcoin consumes roughly 122 TW/H per year.

Taking into account the average lifespan of Bitcoin mining machines as well as the rate at which new IT materials are created, Khazzaka suggests that Bitcoin consumes 88.95 TWh per year, considerably less than Cambridge's estimate.

Graph to show total count of mining units over time over 160 months. Source: Khazzaka report

A payments specialist who wrote his dissertation about cryptography in 2003, and discovered Bitcoin in 2011, Khazzaka also puts the banking sector under the microscope in order to effectively compare the two monetary systems. Khazzaka told Cointelegraph he “really underestimates every aspect of the banking sector,” and contrary to critics, his report is “biased to the banking system.”

Nonetheless, taking into account the creation of money, transporting money, physical banking infrastructure energy consumption, etc, he arrives at a figure of 4,981 TWh. Rounded up, 5,000 TWh is consumed by the “classical payments” sector every year. Consequently, banking uses 56 times more energy than Bitcoin.

The report examines transaction efficiency revealing that “Today, at current block size and if the blocks are filled to their maximum capacity ηmax = 5.7× better energy efficiency than the classical system.” However, that’s without taking into account the Lightning Network. In the interview, Khazzaka explained:

“Lightning will allow the bitcoin protocol to do more transactions without consuming more energy. And this is magic.”

Related: The Lightning Network Lunch: A Bitcoin contactless payment story

The report concludes that the combination of Bitcoin and the Lightning Network allows Bitcoin to become “194 million” times more energy efficient than a classical payment system.

For Khazzaka, the report lays bare that the “Banking and payments industry needs to adopt blockchain and maybe even Bitcoin.” While Khazzaka’s conclusion may come as a surprise to the cypherpunks and anarchocapitalists who favor the crypto space, Khazzaka believes that Bitcoin could actually benefit banking:

“If they are courageous enough blockchain technology, it will improve their efficiency and their scalability.”

Although Bitcoin's energy use is frequently critiqued, the investigation into the banking sector will come as welcome news to many. 

Price analysis 11/25: SPX, DXY, BTC, ETH, SOL, BNB, XRP, DOGE, ADA, AVAX

Here’s how blockchains are helping to advance the global energy grid

Governments and environmentalists are quick to criticize the amount of electricity Bitcoin mining uses, but investors’ growing interest in crypto is leading to positive steps in the energy sector.

The blockchain industry’s impact on the energy sector has been a major source of controversy over the past five years. Governments and environmental protection advocates have routinely expressed concerns about the amount of energy required to keep the Bitcoin network secure. Data shows the network’s energy consumption now rivals the yearly energy consumed by some small countries.

Historical Bitcoin network power demand. Source: CCAF

While much of the debate has centered around the negative environmental impacts of Bitcoin (BTC) mining, the drive to maximize earnings from mining and integrate blockchain technology with the energy grid has also introduced new developments that have the potential to be beneficial in the long term.

Here’s a look at several developments that have arisen out of the demand for energy to operate blockchain networks and the positive effects cryptocurrency mining is having on the energy industry.

Recapturing wasted energy

One of the fastest-growing segments of the cryptocurrency mining industry is the monetization of historically wasted sources of energy such as natural gas that is flared at oil drilling facilities.

Discovering natural gas pockets is a common part of the oil drilling industry, and up until recently, this gas was typically burned in a process called “flaring” because the infrastructure needed for its collection was non-existent or there had not been sufficient demand for LNG.

As the value of Bitcoin rose over time, the search for inexpensive energy sources led to the installation of shipping containers filled with mining equipment at drilling sites that can utilize the energy generated from flaring to mine BTC.

While the process still results in carbon dioxide emissions, income is generated during the process and these funds could be redirected toward mitigating environmental concerns.

Most recently, several companies have been exploring the integration of mining via flared gas in the Middle East, which accounted for over 38% of the global flaring in 2020 and presented one of the biggest opportunities to turn wasted energy into value.

Blockchain technology can make energy generation more efficient

A second side-benefit of the push to maximize crypto mining profits is improvements to the energy infrastructure and an increased focus on developing sustainable forms of energy generation.

Studies by the Bitcoin Mining Council have shown that there has been a noticeable increase in the amount of energy derived from sustainable sources, as opposed to sources like oil and coal.

Less developed countries like Kenya and El Salvador have also been able to benefit from improvements in energy generation from sustainable sources like geothermal power plants, which have given their economies an additional source of income.

Whether it’s the utilization of excess power generated by hydroelectric power plants or an increase in the use of wind and solar power, crypto mining is providing a financial incentive to help further optimization of energy efficiency and generation.

Related: Marathon Digital moves Montana BTC mine to pursue carbon neutrality

Smart grid technology

Another energy-related blockchain development is the formation of blockchain-based smart grids that aim to improve energy distribution on a large scale.

Inefficiencies in electricity distribution have largely been traced to the retail level, where smaller firms who own very little of the electrical grid infrastructure mainly provide simple services such as billing and monitoring meter usage.

These types of services can easily be handled by blockchain technology and Internet-of-Things- (IoT)-devices that help consumers bypass retailers and connect directly with wholesale distributors, potentially reducing electricity bills by up to 40%.

Connecting consumers with a smart grid also allows them to shop around with different providers to obtain the best rates possible. This could help to level the playing field in an industry that has historically been dominated by one local energy company.

Projects like Grid+ and Energy Web Token are helping to lead the way in this field as the old grid design of physical substations and monitoring equipment is replaced with a network of distributed energy resources (DERs) that include battery energy storage systems, solar arrays and natural gas generators.

While the sector is still in a nascent phase, it’s a trend worth keeping an eye on because, in the coming years, blockchain technology is bound to be further integrated into the energy sector.

Want more information about trading and investing in crypto markets?

The views and opinions expressed here are solely those of the author and do not necessarily reflect the views of Cointelegraph.com. Every investment and trading move involves risk, you should conduct your own research when making a decision.

Price analysis 11/25: SPX, DXY, BTC, ETH, SOL, BNB, XRP, DOGE, ADA, AVAX

Bitcoin’s real energy use questioned as Ethereum founder criticizes BTC

A founding member of Ethereum has claimed that Bitcoin uses nearly 1% of the world’s electricity, but different sources put it substantially lower.

The ever-raging debate around Bitcoin’s energy consumption has been re-ignited, with founding member of Ethereum Anthony Donofrio claiming that Bitcoin is using “way too much” energy. 

According to figures from Digiconomist, Bitcoin (BTC) currently uses 0.82% of the world’s power while Ethereum (ETH) uses 0.34%. Ethereum researcher Justin Drake posted the figures to his 56,000 followers that Donofrio retweeted, stating:

Ethereum proponents are attempting to take shots at Bitcoin while simultaneously promoting Ethereum’s upcoming transition to proof-of-stake, Drake added another tweet moments later that read: “Ethereum post-merge: 0.000% of world.”

However the validity of the figures are in doubt.

Even Drake was forced to acknowledge alternative sources of data in a later tweet which estimated energy consumption figures at nearly 60% lower.

Data sourced from Digiconomist, which markets itself as a platform that “exposes the unintended consequences of digital trends,” has drawn criticism from blockchain industry professionals in the past. The most notable of which is fellow Ethereum developer Josh Stark who called out the publication for frequently presenting the worst-case scenario when it comes to blockchain technology.

In November last year, Stark published a Twitter thread that questioned the accuracy of Digiconimist’s research methodology. Stark pointed out that almost all of the figures concerning blockchain power consumption were at the “very high end” of any theoretical outcome, especially when compared to more rigorous sources like the University of Cambridge.

Where Digiconomist claims that Bitcoin currently consumes 204 terawatt hours (TWh) worth of electricity per year, the University of Cambridge’s Bitcoin Electricity Consumption Index estimates that Bitcoin’s real consumption is much closer to 125 TWh, a 39% difference.

Related: Are we misguided about Bitcoin mining’s environmental impacts? Slush Pool CMO Kristian Csepcsar explains.

While it may be a well-known fact that Bitcoin’s proof-of-work consensus mechanism is an energy-consuming process, the discussion around just how much power the Bitcoin network actually uses remains a hot-button issue.

According to a report from Cointelegraph, putting a specific number on Bitcoin’s actual power consumption can be quite difficult because of the variation in energy sources that power Bitcoin mining globally.

As of January this year nearly 60% of global mining operations were reportedly powered by renewable energy sources, and Bitcoin mining operators are rushing to utilize “stranded” natural gas resources that would normally be burned off. Additionally, a report published by CoinShares in January this year found that Bitcoin mining may account for just 0.08% of the world’s total CO2 emissions in 2021.

Sam Tabar, chief security officer of Bit Digital, a publicly-traded Bitcoin mining company, told Cointelegraph that the environmental impact of Bitcoin is frequently exaggerated by critics:

“The environmental impact of Bitcoin mining is massively exaggerated by critics & traditional financial authorities (IMF, etc.) because they know they can divide a new counterculture movement by using fake environmental arguments. They are trying to gaslight us against each other. They gaslight the world with fake green arguments, and I understand why: They don’t want to lose influence over the levers of power of a system that only works for the elite.”

Price analysis 11/25: SPX, DXY, BTC, ETH, SOL, BNB, XRP, DOGE, ADA, AVAX

Bitcoin mining in Norway gets the green light as the proposed ban rejected

The proposal to ban Bitcoin mining in Norway was rejected in a vote by the Norwegian Parliament on May 10.

There’s Nor-way they can ban Bitcoin (BTC) mining in Norway now. That’s according to a majority vote passed by the Norwegian parliament on May 10.

The proposal to ban Bitcoin mining in Norway was first suggested in March this year by the Red Party (Norway’s communist party.) In this week's vote, the proposal was overturned as only Norway’s left-leaning parties, including the Socialist Left Party, the Red Party and the Green Party would support a ban on cryptocurrency mining.

Jaran Mellerud, an Analyst at Arcane Research and a Cointelegraph confidant shed light on the developments: “The vote these parties lost was against banning large-scale Bitcoin mining overall.”

“Having lost this vote, these political parties will likely make one more attempt at increasing the power tax specifically for miners, which is now their only tool left in the toolbox for making life difficult for miners.”

Contrary to the political parties' efforts, Bitcoin mining companies in Norway have thrived in recent years. Norway now contributes as much as 1% to the global Bitcoin hash rate, taking advantage of 100% renewable energy in the Land of the Midnight Sun.

Norwegian Mellerud added that “Bitcoin-hostile political parties in Norway have been trying to force bitcoin miners out of the country by implementing a higher power tax rate specifically for miners or even attempting to ban mining.”

Luckily, they haven't been successful, and this decision by the government to not ban bitcoin mining should be the latest nail in the coffin for their attempts to get rid of the industry.

Cointelegraph previously reported that Norway is a “green oasis” for Bitcoin mining, boasting abundant hydropower and low energy prices, particularly in the north.

In mid-northern and northern Norway, the cost per kilowatt-hour is 0.12 Norwegian Krone ($0.012), a highly competitive rate internationally, or “extremely cheap,” Mellerud told Cointelegraph.

Related: Water great idea! Bitcoin mining heats this swimming pool

The article from Norwegian news E24 reported that “ordinary households, companies and the public sector pay an electricity tax of 15.41 øre ($0.015) per kilowatt-hour,” however, in some cases the “mining industry has a reduced electricity tax." 

Mellerud concluded that “an increase in the power tax specifically for miners is now much less likely.” Meanwhile, Bitcoin is slowly entrenching into the Norwegian financial landscape as retail interest in cryptocurrencies swells and TradFi companies have dipped their toes into BTC investments in the country.

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US lawmakers sound alarm to EPA over environment concerns of crypto mining

In addition to air and water pollution as a result of energy production, the lawmakers pointed to electronic waste from mining rigs, and noise pollution in surrounding communities.

United States House of Representatives member Jared Huffman and 12 other lawmakers have requested the Environmental Protection Agency, or EPA, assess crypto mining firms potentially violating environmental statutes.

In a letter addressed to EPA administrator Michael Regan on Wednesday, Huffman said he and other Democratic House members had “serious concerns” around crypto firms in the United States reportedly contributing to greenhouse gas emissions and not operating in accordance with either the Clean Air Act or the Clean Water Act. The lawmakers identified efforts to “re-open closed gas and coal facilities” as a means to produce energy for crypto mining operations as a particular area of concern, as well as “energy-inefficient” proof-of-work mining for Bitcoin (BTC), Ether (ETH), Monero (XMR), and Zcash (ZEC).

“Cryptocurrency mining is poisoning our communities,” said the letter. “The rapidly expanding cryptocurrency industry needs to be held accountable to ensure it operates in a sustainable and just manner to protect communities.”

In addition to air and water pollution as a result of energy production, the U.S. lawmakers pointed to “large amounts of electronic waste” due to crypto miners becoming obsolete, and “significant noise pollution” reported around communities with mining operations in New York, Tennessee and Georgia. House members including Representative Brad Sherman — who has previously called for a ban on cryptocurrencies in the United States — and progressive lawmaker Alexandria Ocasio-Cortez signed the letter in support of action against mining firms.

“We request that the EPA evaluate PoW mining facilities’ compliance with environmental statutes, such as the Clean Air Act and the Clean Water Act, and engage with the communities when reviewing permits,” said the letter to Regan. “Further, we ask that the EPA investigate and address any harm these existing PoW facilities are causing communities including, but not limited to, ensuring that electronic waste is responsibly disposed of, and noise pollution is abated.”

“As cryptocurrency continues to gain popularity and demand more mining, we must ensure communities are not left with the toxic burdens associated with this technology.”

Related: Are we misguided about Bitcoin mining’s environmental impacts? Slush Pool CMO Kristian Csepcsar explains

The energy requirements for cryptocurrency miners continue to be controversial among policymakers in the U.S. and many other countries. Bloomberg reported in March that oil and gas giant ExxonMobil had been using excess gas from oil wells in North Dakota to run BTC miners as part of a pilot program started in January 2021. In addition, a New York state supreme court judge recently dismissed a petition requesting mining firm Greenidge Generation halt operations, saying organizations had failed to prove residents would suffer from an "environmental injury" with the company expanding.

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Decentralizing the grid: Operators test blockchain solutions

As today’s energy market becomes decentralized, energy grid operators may need to take a Web3 approach to asset management and security.

The world’s energy market is rapidly evolving, moving from hydrocarbon plants to a future centered around clean energy enabled by wind and solar power. As such, today’s energy market is shifting to an increasingly decentralized, real-time model based on distributed energy resources (DERs) including battery energy storage systems, solar arrays, natural gas generators and more. 

Recent findings from Allied Market Research show that the global distributed energy generation market size was valued at $246.4 billion in 2020, yet this number is predicted to reach $919.6 billion by 2030. 

Web3 technologies for managing energy assets

Given today’s advancing energy market, Jesse Morris, CEO of Energy Web — a nonprofit that develops operating systems for decentralized energy grids — told Cointelegraph that grid operators around the world are moving to systems in which customer-owned assets will be used to balance energy grids. “Technology that was previously located within physical substations including monitoring equipment is now spread across the distribution network as the number of DERs increases,” said Morris. While this shift is innovative, Morris pointed out that regulated companies remain unaware of how to manage a decentralized system.

With this problem in mind, Morris explained that Energy Web recently formed a partnership with Stedin, a Dutch distribution system operator (DSO) that caters to the province of South Holland and in parts of North Holland and Friesland to use a blockchain solution for managing distributed energy assets. According to Morris, Energy Web’s solution allows for energy assets to communicate directly with Stedin’s IT systems:

“Stedin is using Energy Web’s tech stack and Web3 technologies to establish a digital relationship with customer-owned assets, along with creating a secure, asset management system for their own controlled assets. This is the first instance I’m aware of where an enterprise is using Web3 technology to manage their own physical infrastructure and assets.”

Specifically speaking, Morris explained that Energy Web’s blockchain network is being combined with decentralized identifiers (DIDs) to provide digital identities to Stedin’s internal and customer-facing energy assets. “The joint Energy Web-Stedin solution currently comprises a management system which assigns each distribution asset a secure digital identity, or DID, anchored on the pre-existing SIM card in each asset,” said Morris. Once this has been enabled, Morris noted that Stedin is able to send cryptographically signed information and control signals or commands to and from an asset. “This creates a decentralized managed system by ensuring that each asset operates as an independent point of encrypted security,” he remarked.

Shedding light on this, Arjen Jongepier, innovation head at Stedin, told Cointelegraph that Stedin was seeking a general asset management solution given the evolving energy market:

“In this case, we required supplier agnostic registration of Internet of Things (IoT) assets via our SIM cards. We anticipate a number of benefits from this, including easier and fewer-step installation of IoT assets, increased data reliability and, in the near future, local prosumer interaction, which could involve home energy storage systems and EVs being able to sell energy back to the grid.”

Digital identity enables greater cybersecurity and data ownership

While this use case speaks volumes about how the future of the energy market may take shape, the application of DIDs ultimately enables better cybersecurity for grid operators. For instance, when compared with traditional Web1 or Web2 approaches, Morris explained that most grid operators use a centralized database to manually enter information about sensors or hardware located on utilities within their network. Yet, such an approach could allow for grid operators to collect user data and even gain control of those sensors. “This level of centralization is a cybersecurity risk, which is why our solution with Stedin also proves to be a cybersecurity application,” Morris remarked.

Jongepier added that Stedin was indeed looking to raise the bar on its cybersecurity. “Blockchain is effective for this because it provides the ground rules for utilizing decentralized identifiers for Stedin’s IoT assets, serving as a solution for raising the bar on security.” This is an important point, as Morris shared that the primary difference between Stedin’s application of Energy Web’s solution versus previous implementations is that it demonstrates enhanced cybersecurity using DIDs.

Sam Curren, decentralized identity architect at Indicio — an organization that works with governments and businesses to integrate DIDs in their systems — told Cointelegraph that the purpose of a DID is to provide a unique identifier in which ownership or control can only be proven by the possession of a private key.

In the case of Stedin, Morris explained that Energy Web is responsible for private key storage and making sure that user administration is fully decentralized. Given this level of decentralization, Curren noted that applying DIDs for energy assets is more secure than storing information in a database where data can be easily accessed by administrators and potentially manipulated.

Using DIDs for energy asset management and security also demonstrates the notion that current energy grids are undergoing an ownership question similar to what the internet is facing with the rise of Web3. For instance, Morris pointed out that grid operators can take a decentralized open-source approach to energy asset management or allow large companies like Google to manage their infrastructure in the future.

Roscoe wind farm in Texas. Source: Matthew T Rader

Will decentralized solutions appeal to grid operators?

Given that there are other options available when it comes to DER management, this may lead some to wonder if large grid operators will actually want to pursue a decentralized approach. For instance, Paul Brody, global blockchain lead at EY, told Cointelegraph that where centralized grid operators already exist, the demand for decentralized systems may not be high:

“Regulators will not be comfortable with allowing people to cherry-pick their access to the grid or allowing the grid to hollow out, as these systems are cheapest for everyone when everyone uses them. We’re already seeing issues like this affecting parts of the U.S. with very high solar panel penetration. While some trials are happening in mature markets, it is likely that the biggest demand will come from parts of the world without grids or reliable grids.”

Jongepier further shared that Stedin had to go through a learning cycle to understand blockchain, its operations and its use case in order for Energy Web’s solution to be implemented:

“The IoT team actually challenged the idea of using blockchain as opposed to progressing with more common, centralized solutions. With any new technology, it’s important to continually challenge it against the current solution and decide where it can most effectively be implemented.”

Yet, in terms of effectiveness, Jongepier explained that Stedin’s technology team found that decentralized solutions enabled by blockchain are the most suitable for prosumer interaction in the future. It’s important to note, though, that the joint Energy Web-Stedin solution is currently undergoing rigorous testing within a sandbox environment. “It is expected that this sandbox will run for the duration of Q1 before the solution goes live later this year,” said Morris.

In the future, Morris hopes that this specific project can be adapted for other energy grids in partnership with national DSOs to improve asset security and management. But, Morris is aware that this may take years to play out, given regulatory challenges, along with blockchain’s misunderstood reputation with enterprises.

“People often think that all blockchains inherently have very high energy consumption, when that’s not true, along with associations with crypto-price volatilities negatively affecting the image of blockchain and token stability,” mentioned Jongepier. Morris added that solutions such as this one only make sense if prosumer energy assets like EVs and photovoltaics are able to participate in energy markets. “In many geographies across the world, they are not, so until this regulatory challenge is solved, our technology stack will remain limited.” 

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Seven times Bitcoin miners made the world a better place

BTC mining and the miners, themselves, seem to be doing more than just securing the Bitcoin network.

What do a swimming pool, beef jerky, a caravan, timber, animal waste, a Guatemalan lake and a high school have in common? 

They’ve all been saved by Bitcoin (BTC) mining. From reusing “waste” heat to getting the job done — to receiving a cool blast of air to dehydrate meat, to cleaning up pollutants, Bitcoin mining does more than just secure the network. 

Here’s a round-up of seven times Bitcoin mining lent a hand or simply made the world a better place.

Free Bitcoin mining education in Washington

Sustainable Bitcoin mining company Merkle Standard has taken Bitcoin mining education into its own hands. In partnership with Bitmain, they recently gifted the latest in Bitcoin mining technology to Newport High School, a high school in Washington state. 

Plus, they donated $10,000 and are promoting education about Bitcoin in the hope that it will, “plant a seed that encourages lifelong interest in blockchain and digital mining.”

Along with the check, Ruslan Zinurov, Merkle Standard's CEO, told Cointelegraph that they will also invite students to their “data center to check on their machine that is hashing to their school’s wallet.” Zinurov told Cointelegraph:

“It is our top priority to get the community excited about Bitcoin and we can't think of a better way to do this than to educate the local students.”

Adam Delderfield, business development manager at Bitmain — the holding company for the Antminer Bitcoin miners — told Cointelegraph, “Digital currency mining proceeds from this gift will go directly to education,” adding that “Bitcoin mining and proof-of-work represent an exciting new industry that opens up numerous new opportunities.”

Adam Delderfield from Bitmain in the suit, and Monty Stahl from Merkle Standard with the students. Source: Bitmain

Bitcoin miner beef jerky cooked up by the Business Cat chef

Bitcoiner Business Cat, who wishes to remain nameless, uses the heat vented by Bitcoin mining to dry out meat to be made into beef jerky. They told Cointelegraph, “Bitcoin miners have one hell of an excess of supply of dry, heated air,” so it makes sense to funnel that heat over strips of beef to make jerky. 

Similar to Merkle Standard, for the Business Cat, the jerky cooking process is not about making money: “My normal food dehydrator uses much less energy than an S9, but hashpower dried jerky just tastes better.”

They told Cointelegraph that “the support of the plebs on Bitcoin Twitter” persuaded them to try out the idea. They joked that “most of us [Bitcoin plebs] are natural loners, so a few words of praise or support from others on the path goes a long way.”

The Bitcoin community is increasingly supportive of ideas that promote Bitcoin philosophy and Bitcoin-only ideas, from a Bitcoin hostel in Portugal to a Bitcoin lake project in Guatemala.

The modified Bitcoin miner that cleans the air while funneling it for use on food. Source: Twitter

Business Cat is delighted with their experience and suggests others take up home mining. They combined life advice with Bitcoin mining advice explaining to Cointelegraph:

“Should you mine Bitcoin at home? Yes. Should you learn to be a better chef? Also yes.”

Bitcoin heats my swimming pool

Bitcoin enthusiast Jonathan Yuan found a cheaper, faster and more stable way of heating his swimming pool in Minnesota, all thanks to Bitcoin mining.

Thanks to immersion heating, Bitcoin now powers up his pool. Even though Yuan doesn’t care for swimming, his kids are happy to swim in the pool while he secures the Bitcoin network.

Yuan's Bitcoin miner heated pool. Source: Twitter 

Yuan told Cointelegraph that the whole experiment went so swimmingly that he’s now planning on heating “the whole house.” 

Propane gas tank heater broke down? Bitcoin miner to the rescue!

Michael Schmid is a well-traveled, savvy Bitcoiner. When his caravan’s propane gas heater broke down, he refitted the vehicle to be warmed by the “waste” heat from an S9 Bitcoin miner.

Schmid told Cointelegraph that he saves “around 50% of the propane costs, which is around $2.7 per day.”

“Now the fun part, the miner produces around 0.00006259 BTC per day (with the current difficulty and 13 TH/s) on the current price of 38 thousand. This is $2.40 per day, so we technically heat the airstream for free.”
Schmid's airstream kept warm with a Bitcoin miner, in a box just behind the wheel. Source: Schmid

Plus, a kick in the teeth to the anti-Bitcoin environmentalists — heating the Schmid family airstream with Bitcoin rather than propane gas is better for the planet.

“Our Airstream has solar panels on top of it that can generate up to 400W of energy, so technically of the 1400W that the miner uses, 400W of them are self-generated and fully renewable.”

Bitcoin miner waste heat dries out timber 

Kryptovault is a Norwegian Bitcoin mining company with arguably the greenest credentials among any industry. Powered by 100% hydropower, the energy it uses solves valid blocks on the Bitcoin blockchain and the heat generated by the miners blows over damp logs from a local timber mill.

Timber waiting to be dried by Bitcoin miner's waste heat at Kryptovault's mining facility. Source: Kryptovault

In a video made by the company, Sveni Bjerke, CEO of local firewood company Varma, which receives the miner-dried logs, says that they are “only using excess heat from the data center.”

The environmental success of the project has spurred further partnerships. Kjetil Hove Pettersen, CEO of KryptoVault, told Cointelegraph that drying out seaweed for local companies is coming soon, and they are “constantly looking for new ways of utilizing our waste heat.”

Pettersen explained, "Approximately 99% of our electric energy turns into thermal energy." 

“ As we know, energy is never truly lost, it only changes form. So this is a way of us to utilize this energy twice and support other local industries in the process. I can’t think of any better industrial use-cases than what we are doing.”

Promoting financial and energy autonomy in Guatemala 

In south Guatemala, a team of Bitcoin miners donated an S9 to the local mayor and the mining proceeds are being used to repair a wastewater treatment plant. 

Bill Whittaker and Patrick Melder, on the right, installing the Bitcoin miner. Source: Twitter

Bitcoin mining in the economically disadvantaged region has boosted incomes while improving the air quality. 

Plus, as Bill Whittaker, a co-founder of Bitcoin Lake, told Cointelegrpah, the team is “self-funding carbon-negative Bitcoin mining R&D.” Two high school students, Madaket and Kate, are planning a trip down to “LakeBitcoin in early May to deliver the S17s they have been working on.”

The Bitcoin miners they bring will join the first Bitcoin miner, and naturally will be powered by renewable energy — in this case, biogas. Biogas is growing in popularity as an energy source for Bitcoin mining.

Madaket and Kate posing with their Bitmain miner under a solar panel. Source: Whittaker

Bitcoin mining grows flowers and food

A greenhouse in the Netherlands is heated by Bitcoin miners rather than natural gas. That's according to Bert de Groot, founder of Bitcoin Bloem.

The Bitcoin miner camouflaged among hydrangeas. Source: Twitter

In partnership with a large greenhouse, they "placed a Bitcoin miner to reduce the use of natural gas, the prices of which have skyrocketed, and heat the greenhouse with miner heat instead." De Groot continued: 

“The family that owns the greenhouse first put electric heaters because of the 6x cost of natural gas, they now get paid for their electricity, which is used for mining, and receive the heat for free.”

It's a win-win situation. After all, who can say no to flowers? 

One of the Bitcoin flowers. Source: Twitter

Related: The Bitcoin shitcoin machine: Mining BTC with biogas

Asked about the electronic waste issues that the mainstream media associates with Bitcoin mining, de Groot said, “A miner should last for at least five years. We don’t know of any ASIC (S9) that has been turned to e-waste yet.”

Plus, they're also fans of delivering flowers to their local community. 

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