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Another Firm Trials Blockchain for Renewable Energy Trading

Another firm takes to Blockchain for renewable energy trading

Amidst an increasing need to migrate to renewable energy, a US-based firm, Clearway Energy Group is initiating a pilot program for renewable energy trading using Blockchain technology, as reported by Bloomberg.

The Clearway Energy Group has teamed up with Power Ledger, a company which uses Blockchain technology to achieve peer-to-peer energy trading from rooftop solar panels.

Per the report, the company’s initial projects include energy generation of about 1-5 megawatts in Massachusetts followed by a Midwest project for 20-megawatt energy generation.

The US Renewable Energy Certificates (RECs) are valued at over USD 3 billion with an additional 3-10% transaction cost to top it. Addressing this, the Co-founder and Chairman of Power Ledger, Dr. Jemma Green said that despite the availability of a digital alternative to keep a track on the certificates, it gives a pathway for escalated costs with the involvement of brokers or bilateral contracts across state lines. The new platform has been built to meet these challenges in terms of cost and efficiency and after adequate testing, the company has decided to extend its services in early 2020, said Green.

On June 18, 2019, Power Ledger announced the launch of its peer-to-peer network to bring energy trading to Austria.

An overview of Blockchain’s potential in the energy industry

Blockchain Technology has been embraced for various power utility applications such as energy credit management, green energy promotion, prepaid smart meters, asset optimization, etc. This emerging technology has proven to be a great alternative to add value to the energy market as opposed to the traditional methods to break through the existing limitations. A lot of start-ups have adopted Blockchain as a foundation technology to meet the various utility needs such as bill settlements, charging and authentication of electric vehicles. Moreover, the technology has time and again established viability by delivering quality services to support utility business models.

As reported earlier, the companies, Shell, Equinor and BP took to Blockchain technology for energy trading with an expectancy of a massive 40% drop in costs with the implementation. Last year, South Korea’s largest energy provider, KEPCO sought a modification of its energy infrastructure by integrating Blockchain as a solution. More recently, the energy sector in the Middle East took to Blockchain to push forth a renewable energy dependent life form. is committed to unbiased news and upholding journalistic codes of ethics. For more information please read our Editorial Policy here.

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Jaguar Land Rover and IOTA Hook Up for Crypto Rewards Scheme

Jaguar Land Rover and IOTA Hook Up for Crypto Rewards Scheme (1)

Prestigious Jaguar Land Rover has announced that it is currently testing software which will enable drivers of its vehicles to earn IOTA coins as a reward for sharing driving data.

The company is not only Britain’s largest but one of its last auto manufacturers, as many UK companies have been taken on by overseas companies in recent decades. Britain has now predominantly become the manufacturing home of supercars such as Aston Martin rather than cars for the people.

Jaguar Land Rover wants to change this and to seal their place in the industry worldwide as the archetypical British mark by combining the badge with the latest technology available. To this end, the company wants to install “smart wallet” technology into its vehicles which would enable drivers to earn crypto rewards as they drive.

In an attempt to cut down on congestion, which has become a huge problem in the UK, drivers would receive IOTA coins for reporting useful data such as traffic congestion or road defects to sat navigation providers or local councils. This would be through an automatic system loaded into the vehicle’s computer system.. The tokens could also be issued as rewards for car sharing, which could then be used for paying tolls, parking and charging for electric cars.

This is not the first time that IOTA has dipped into feet into the lucrative waters of the automobile industry. Last year Volkswagen integrated IOTA Tangle technology into its autonomous cars and displayed proof of concept at the 11 June 2018 Cebit Expo in Germany, demonstrating the usefulness of cryptographic technology in the cutting-edge futuristic world of self-driving vehicles.

By using IOTA, Volkswagen can wirelessly send updates to its autonomous cars on a transparent, immutable ledger. This cryptographically secures updates, preventing tampering, and allows the public to review updates which increases trust and credibility. It is expected that by 2020, there will be 250 million autonomous cars, which will require frequent updates.

Although not available yet, the latest “smart wallet” system is currently being tested on the Jaguar F-PACE and Range Rover Velar at the company’s engineering plant in Ireland.


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Bosch and Wien Energie Set up the First Blockchain-Driven Refrigerator

Blockchain powered refrigerator by Bosch and Wien Energies

Electronics giant Bosch and Wien Energie – heating, cooling, and decentralised solutions provider has presented the first Blockchain-driven refrigerator to achieve inspection of electricity consumption in a transparent manner. The device is currently demonstrated at the Anon Blockchain Summit, Vienna.

In a press release, Wien Energie said, “The refrigerator shows how households can control and influence their electricity consumption”.

The refrigerator is supervised by an application which allows the performance of various functionalities such as notifying the user in case the refrigerator door is left open. It also allows supervision of the electricity consumption periodically and examination of the CO2 footprint. The customer has full control over the data and the settings.

Peter Gönitzer, the CEO of Wien Energie, said

“We see the Blockchain technology as an opportunity for us and are already testing the possibilities in practice with pilot customers. The goal is to make the topic of energy more vulnerable and comprehensible in the future. So far, the power is simply coming out of the socket, while the Blockchain can give the power a machine. “

For every unit of electricity consumed by the refrigerator, there is a transaction validation on the Blockchain network and the proof of origin is delivered to the user. From production to consumption of energy, a transparent report is made available to the consumer.  This is realizable through Blockchain’s forgery-proof control by which all the transactions are public, yet they are stored anonymously.

The project will be verified with three parties in the upcoming months. This plan is a huge stride to involve citizens in the electricity market and to increase awareness in power generation and consumption to develop an eco-friendly environment. The citizens will be taught how the electricity tariff prototypes and the smart meters will work with the help of Blockchain technology.

This being said, Blockchain with the help of its secure network protocol will enable a widespread application to procure efficient technology-based business models in the years to come.

Gönitzer said,

“The Blockchain infrastructure should enable new business models in the energy market. For example, an e-charging station could then use a computer protocol on the Blockchain and automated contracts to purchase electricity from both the solar [energy generation] system on the roofs of a neighborhood and from the wholesale exchange and then market it to an electric car”.

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How Blockchain Can Help Fight Climate Change

How Blockchain Can Help Fight Climate Change

Blockchain is often misunderstood to be an energy-inefficient technology, with the Bitcoin mining process frequently criticized for its energy usage and perceived wastefulness. But in actuality, the technology behind the cryptocurrency allows for the decentralization of systemic processes which can help maximize energy efficiency as the world looks for sustainable solutions in the fight against climate change.

Decentralizing the power grid

As the number of small renewable energy installations like rooftop solar panels grow, electricity grids can become strained as they were designed to facilitate energy from large, centralized sources rather than from many smaller origins. One way in which blockchain has already proved its value, in this case, is through facilitating peer-to-peer energy transactions which allow energy users to pay each other directly for excess energy in their local area.

Community energy sharing projects have quickly found success across the globe, with notable projects taking off in New York and Australia. In Brooklyn, the LO3 Energy microgrid project was hailed as a success by the local residents. “To be able to provide energy, for emergency services, or someone in need, that’s how a neighborhood comes together,” said one participant, Noah Elgart.

However, the move towards decentralized energy markets cuts out the main market players as they stand today, namely retailers, metering point operators and the major energy supplies corporations themselves. Creating pressure groups, these actors have a high stake in the energy sector remaining in a centralized form. Perhaps partly in lieu of their influence, peer-to-peer energy sharing in Europe is still limited to regulated pilots or privately-owned microgrids — a long way from people having the freedom to sell their unused energy supply from their independent renewable energy source.

Blockchain energy tracking

An enormous benefit of blockchain energy tracking is its ability to prevent double counting as the data collected is immutable and transparent. For the technology to work, it would only need to rely on a properly calibrated and installed smart energy meter to transmit the data.

For electricity to be allowed legal classification as renewable in Europe, the supplier must receive a Renewable Energy Guarantee of Origin (REGO) certificate which is issued per MWh. Small energy producers who generate less than this amount are unable to receive the certificate or sell their energy as renewable. Blockchain energy tracking has been discussed as a potential way for these smaller suppliers to verify energy output and quantify their supplies, allowing consumers greater access to more choice of renewable energy suppliers.

A changing landscape

Whether blockchain adoption in the energy industry will really take off is still a question but as the case studies have shown so far, its potential is enormous. Concerns of the impending impacts of climate change are already driving progress in the energy sector and blockchain is proving it can transform the way data is stored and exchanged. As it stands, blockchain appears to be a leading technology that can enable the transition to a renewable, decentralized energy grid that empowers consumers to make climate-conscious energy decisions.


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IDC Report: Blockchain Spending in 2019 to Soar 88.7%

IDC Report: Blockchain Spending in 2019 to Soar 88.7%

Blockchain spending is on the rise as more companies embrace the technology, with a predicted growth forecast of USD 2.9 billion in 2019, according to International Data Corporation (IDC).

The figures come from IDC’s Worldwide Semiannual Blockchain Spending Guide and indicate that the technology has now moved beyond research and design, and is now increasingly being used by many companies in a practical way.

The largest portion of the predicted figure will be spent in the financial sector according to the research, with an estimated USD 1.1 billion coming from banking, securities and investment services, and insurers. Manufacturing and resources will also gain from increased spending on the blockchain according to the report. The prediction is that these areas could see the largest growth in spending over the entire five year period with a CAGR of 77.6% amounting to USD 653 million combined.

The diversity of industries and sectors now turning to blockchain solutions is rapidly expanding. IDC vice president of the Customer Insights and Analysis program, Jessica Goepfert, claims that the future beckons for blockchain as the technology is still young:

“The use cases that comprise the blockchain opportunity are developing as swiftly as the technologies enabling it. While spending for more developed use cases in the financial sector like trade finance and cross-border payments is still healthy and growing strong, relative to six months.”

The report predicting figures based on a five year period between 2018 and 2022, indicates that the total spent on blockchain could reach USD 12.4 billion by the final year of the sample.


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Enterprise Blockchain in Energy Sector May Profit Gulf

According to Middle East news outlet Albawaba, energy players in the mainstream are gearing up to embrace blockchain technology. Dr Adham Sleiman, vice president at Booz Allen Hamilton, Middle East and North Africa, suggested that the world is preparing for a 50% share of its energy coming from renewable energy sources.

That option seems rather convenient for most setups, and enterprise blockchain is one of the frontiers pushing for adoption in the traditional energy market, with the sector described as one of the most suited industry to accommodate blockchain technology.

Migrating to a renewable energy dependent state has its own challenges such as institutional, governance, supply, demand, technical, as well as commercial challenges. However, the Gulf Cooperation Council (GCC), consisting of six member states, expect electricity demands to increase, hence the prospects for renewable energy.

Blockchain comes into play when discussing its distributed and decentralized qualities, given that the changing scape of the traditional energy systems is becoming more decentralized. The change has been ascribed to the role played by distributed energy resources (DER). Sleiman said:

“DER are changing the landscape; we are moving towards a more decentralized grid, where utilities no longer fully control the system,” adding that “utilities now need to look beyond energy delivery.”

He further suggested that “blockchain applications can help with enabling P2P energy trading”.

The overall change in the energy industry may take another decade before blockchain has fully permeated the sector, as Sleiman opines, “this is a major disruptive change that the energy sector may face within the next 10 years.” However, the journey has begun with many blockchain-based startups and mainstream energy giants forming partnerships to explore the possible use of blockchain and smart contracts in the energy system.

In late January, the Danish State energy firm was already looking into blockchain solutions such as IOTA’s Tangle for an efficient supply chain. In Spain, Iberdrola another big energy company was reportedly looking into blockchain to track electricity power across the country.


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Coming In from the Cold: The Old Soviet Union’s Crypto Mining Adventure

Coming In from the Cold_ The Old Soviet Union's Crypto Mining Adventure

Since the breakup of the Union of Soviet Socialist Republics commonly known as the Soviet Union on 26th December 1991, the map of Central Europe has been turned on its head.

With an area of 22,402,200 square kilometres (8,649,500 sq mi), the Soviet Union was the world’s largest country, a status that is still retained by the Russian Federation, covering a sixth of Earth’s land surface.

In 1991, countries that had been under Moscow’s one-party state rule between 1922 and 1991 were freed from centralized control and finally left to re-establish their own national identities. For Moscow this was often at odds with their own, causing volatile relationships with Georgia and Ukraine with disputed Crimea a continual flashpoint.

Ukraine, Uzbekistan, Kazakhstan, Belarus, Azerbaijan, Georgia, Tajikistan, Moldova, Kyrgyzstan, Lithuania, Turkmenistan, Armenia, Latvia, and Estonia all broke loose as the USSR crumbled in 1991 with Soviet communism in tatters.

The lengthy restructuring of many of these countries’ economies resulted in some re-joining another league of nations, this time the 28-member European Union.  Estonia, Latvia, and Lithuania took this route whilst others from the old USSR still chose, some reluctantly, to maintain their ties to Russia as part of their own unique plans of economic reconstruction.

Since the creation of Bitcoin in 2009, many economies have begun to look to cryptocurrencies as part of a restructuring of outmoded financial systems, with both governments and central banks exploring the adoption of cryptocurrency and blockchain technologies for retail and large-value payments.


The Russian government has even considered the prospect of a crypto rouble as a foil to US sanctions. President Putin stated earlier this year that Russia cannot be “late in the race” for blockchain adoption, which he says includes crypto mining arguing, “Russia cannot allow this.” The country’s cold climate has been a pull, as companies draw on this as an important feature for cutting down energy costs associated with the cooling needs of mining infrastructure.

Crypto mining in Russia has become a huge industry on an individual level, but more importantly for the government at an industrial scale also. This is now driving operators towards locally run Russian mining pools. The Russian Association of Crypto Industry and Blockchain (RACIB) claims that there are now over 400,000 people employed in the sector. 70,000 enterprises operate hundreds of thousands of mining rigs, with an increase in one-man operators working from their homes.

The fall in the value of cryptocurrencies has consequently had a recent effect on hardware pricing though, with rigs that might have sold for USD 3,500 in January 2018 now achieving prices some 37.5% less a year later as demand falls. Although small-scale mining by amateur miners is clearly being hit hard, companies are developing more financially viable ways of operating.


Still in Russia, and renown for the Gulag where Stalin imprisoned political dissenters in appalling conditions between 1930 and 1945, the region’s freezing conditions in winter has become the crypto miner’s best friend. Siberia is fast becoming Russia’s mining hub with most activity centered around Irkutsk, 2600 miles east of Moscow with an average temperature of just one degree above freezing. In Irkutsk the cost of labour is low and real estate is cheap, giving miners an extra incentive for making the move to Russia’s wild frontier. The most significant boon to miners is the cost of electricity. On average in Russia, one pays nine cents per kWh versus 12.7 in the U.S.A and 25 in the U.K.

Bitcoin Babushkas: Cryptocurrency mining in Siberia


Latvia has the crypto bug, but not necessarily the support it would want from its government, with the Latvian central bank maintaining a keep-away stance as its advice to customers. The Cryptocurrencies’ exponential growth in the Baltic country has generated increased interest from the government as potential tax revenue.


In the Ukraine capital, Kiev, such is the hype surrounding Bitcoin that a statue of the pseudonymous creator of Bitcoin was ordered for construction in the same location where a statue of Russian communist revolutionary Lenin, used to stand. In March, the Minister of Economic Development said the government was planning to include cryptocurrency mining into the official state register of economic activities.

Last year police department employees were caught mining cryptocurrencies using the department’s resources for over four months before they were discovered and their mining farm seized. This kind of enthusiasm illustrates the way many Ukrainians view crypto mining; as a quick fix to hardship.

Crypto mining has become a significant factor of cryptocurrency activity in Ukraine with a recorded USD 80 million invested in this area. However, Ukraine still hasn’t endorsed legislation to legalize cryptocurrencies despite increased activity in the country’s crypto space; legislation talks which are reported to be looking at blockchain and the storage and trading of cryptocurrencies are long awaited by exchanges and miners.


Estonia even toyed briefly with launching its own cryptocurrency, the Estcoin, through the country’s e-residency program, but later shelved the idea. One reason for Estonia’s raised profile in the region is due to the country’s proximity to Russia, where the future of cryptocurrencies continues to be uncertain, despite Vladimir Putin’s recent comments on adopting a state crypto-rouble, according to Entrepreneur Europe. This makes neighboring states an attractive proposition for Russian investment.


Lithuania has recently become a growing center for ICOs and crypto projects. Latest figures show that Lithuania is now attracting an impressive 10% of all global ICO investments, with cryptocurrency bringing in half a billion euros from such activities.


The greatest cryptocurrency success story of all has to be ex-soviet state Georgia which has now reached the lofty accolade of becoming the number two crypto mining location in the world. Wedged between two giant economies on the top ten mining charts, China and the US, Georgia has utilized cheap hydroelectricity and friendly regulations to create its current standing.  However, US company, BitFury controls most of the mining activity supported by the Georgian government through preferential tariffs and a waiver on the payment of value-added tax.

The poor economic conditions of the country, with many Georgians living below the national average of USD 400 a month, it is unsurprising that cryptocurrency mining has been identified by the fast money associated with digital currencies. Georgia is among several jurisdictions in the post-Soviet space that have been attracting crypto miners with friendly regulations and low operating costs. In terms of mining profitability, the country ranks second only to China.

Such is the demand for mining Bitcoin in the old Soviet region that the consumption of electricity has become a worry for some government regulators. In Abkhazia, recognized as an independent state by Russia, but part of Georgia by UN decree, the situation has become strained due to cryptocurrency mining. As a result, the Republic of Abkhazia has now cut power to some of the cryptocurrency mining farms in the region in order to conserve energy and as part of a series of “temporary measures to limit the consumption of electricity by certain categories of subscribers.”

Given that Bitcoin continues to hold its own on cryptocurrency markets, the future of many ex-Soviet nations is best approached from out in the cold.

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Study Indicates Blockchain Vital Ingredient for Carbon Efficient World

Study Indicates Blockchain Vital Ingredient for Carbon Efficient World

According to a major comprehensive study, blockchain technologies “can clearly benefit energy systems operations, markets, and consumers”.


The study, ‘Blockchain technology in the energy sector: A systematic review of challenges and opportunities‘, was made available online last month. It was conducted by scientists from Heriot-Watt University in Scotland who were looking deeper into the potential of blockchain technology when applied to the energy sector.

Having reviewed 140 blockchain research projects and startups, the researchers mapped out the “potential and relevance of blockchains for energy applications”, from which they have drawn several varied conclusions with regards to the present and future opportunities of distributed ledger technologies (DLT) as well as the challenges the technology faces.

Citing hallmark blockchain features such as “disintermediation, transparency and tamper-proof transactions”, the study also describes the “novel solutions” that DLT offers, writing that it also empowers consumers and “small renewable generators to play a more active role in the energy market and monetize their assets”. It adds that blockchains have resulted in sharing economy applications in energy, prompting authors to cite “novel market models and energy democratization”.

Intelligent energy

Referencing a survey of the German Energy Agency, the study highlights the growing positive sentiments toward blockchain with 20% of them seeing the tech as a “game changer for energy suppliers”. Furthermore, it notes that numerous energy utility companies have begun to explore DLT’s potential “as an enabling technology for low-carbon transition and sustainability”.

A city in South Korea and the United Kingdom are just two examples of jurisdictions that have partnered with blockchain enterprises on a mission to reduce carbon emissions via their solutions. The UK example is notable as the intention behind the ambitious project is to turn the city climate-positive, offsetting 110% of the emissions and utilizing the positive figure to fund conservation projects around the world.

There is also mention of blockchain enabled Virtual Power Plants (VPPs), these are distributed energy production facilities that connect multiple energy producers to a cloud-based system where excess and idle energy can be tapped and efficiently distributed and monitored. In South Korea, a VPP project was recently announced with renewable power generating units as the core energy model, intended to reduce energy consumption demands during peak-hours and redistribute it to wherever it is needed.

Power trades

A notable takeaway from the study is the examination of peer-to-peer (P2P) trading and decentralized energy. As written in the report: “Potential use cases in this category are decentralized trading in microgrids, bilateral transactions between prosumers and consumers and business-to-business (B2B) energy trading.”

Solutions provided by blockchain could be used in conjunction with VPPs, enhance grid and network management control as well other benefits. Most interestingly, direct P2P energy trading between users could create an on-demand energy marketplace, something of which numerous energy-based eco-blockchain startups are vying for, including one that is soon to go ahead in Japan.

The study is one of the most comprehensive of its kind and from an unbiased perspective, carefully examines blockchain in the energy sector as a future technology that boasts marvelous promise, but is not without its challenges.

Singing off, the study writes: “Blockchain technologies can be disruptive for energy companies and face a large variety of challenges to achieve market penetration, including legal, regulatory and competition barriers. Additional research initiatives, trials, projects, and collaborations will show if the technology can reach its full potential, prove its commercial viability and finally be adopted in the mainstream.”


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Blockchain Tech to Develop Next-Gen Energy Micro Grids in South Korea

In a press release today, South Korea’s largest power provider KEPCO said it plans to develop future micro-grids (MG) that use blockchain technology alongside other open energy community solutions.

Kim Jong-gap, president and CEO of KEPCO, said in the announcement that they are pursuing the KEPCO Open MG Project to develop future microgrids. The aim is to improve the already established energy infrastructures, especially those of the green energy systems by bridging the gaps between independent MG providers.

The current energy infrastructure being developed is seen as a solution to energy supply problems: “If electricity can be traded between MGs, it will be helpful to stabilize the power system of new and renewable energy by eliminating the system connection bottleneck.”

Previously existing MGs were based on the systems of photovoltaics, wind turbines, and energy storage devices which made it difficult for the electric power producer to supply stable power. However, with the newly introduced Open MG system, which is equipped with a fuel cell as a power source, there should be an increase in the energy dependence rate and efficiency, which will also promote eco-friendly energy practices as it does not emit greenhouse gases.

KEPCO is leveraging on blockchain’s decentralized aspects, one of the three major trends Kim believes are in the future of the energy industry: decarbonization, decentralization, and digitalization.

KEPCO is responsible for the generation, transmission, and distribution of electricity for most of South Korea. About 50% of the equity shares in the company is owned by the government and a government-owned bank, despite it being a public company. However, it continues to explore new technologies and innovations to improve energy distribution models.

In April this year, Power Ledger announced its partnership with KEPCO to begin exploring peer-to-peer energy trading. With the promise of increased funding from the South Korean government and the recent partnerships between KEPCO, Mitsubishi UFJ Bank, IT service management company Nihon Unisys, and the University of Tokyo, the country may well be on its way to transforming the energy distribution sector domestically.


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Shell, Equinor, BP to Use Blockchain for Energy Trading

Shell, Equinor and BP will be using the blockchain-based platform Vakt for energy trading, with operations on the platform to go live by the end of November 2018 in the North Sea oil fields. The purpose of using Vakt is to move energy trading from cumbersome paper contracts to digital smart contracts. Cryptocurrency will not be used for the trades but the deal recap, contract, confirmation, logistics, and invoicing will be recorded on the blockchain.

Shell is based in the Netherlands and has an annual revenue of USD 300 billion. Norway-based Equinor records annual revenues of USD 60 billion and BP USD 245 billion. Combined, these energy companies have assets of nearly USD 800 billion, approximately eight times the Bitcoin market cap.

Blockchain is known to shorten and strengthen supply chains, by providing a cryptographically secure, immutable, and transparent ledger. Inefficiencies and errors in the energy trading process will be easy to spot and correct, and fraud will be reduced due to the transparency. Overall, energy trading on the blockchain will be more reliable and efficient than with paper. It is expected that energy trading fees will drop 40% once the blockchain platform is implemented.

Vakt is a post-trade management platform that is meant to digitize the commodities trading industry. Aside from the major oil companies backing Vakt, the banks ING, Societe Generale, and ABN AMRO are on board, as well as the independent traders Koch, Mercuria, and Gunvor.

After the integration of energy trading in the North Sea oil fields in late 2018, Vakt will look to integrate barges, waterborne energy markets, and United States crude pipelines in 2019. Additionally, in 2019 Vakt expects its first licensees and shareholders, implicitly indicating the door is open for other energy trading firms to join Vakt.


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