综合能源服务产业链,综合能源服务体系
综合能源服务产业链是指以能源资源开发、能源利用、能源管理和能源服务为核心，涵盖能源科技、设备制造、能源贸易、能源资源开发、能源利用、能源管理、能源服务等多个环节的产业链系统。
能源资源开发能源资源开发是指从自然界中提取能源资源，如煤炭、石油、天然气、核能、风能、太阳能等，并将其开发成可以使用的能源形式。能源资源开发具有非常重要的意义，它是能源供应的基础，也是能源服务产业链的核心环节。
能源利用能源利用是指将能源资源开发出来的能源用于各种用途，如工业、农业、交通运输、居民生活等。能源利用是能源服务产业链的重要环节，它的目的是将能源资源转化为有价值的能源产品，以满足人们日益增长的能源需求。
能源服务能源服务是指通过技术、管理和其他手段，为客户提供能源节约、能源效率提高、能源质量改善和环境保护等服务。能源服务是能源服务产业链的最终环节，它是提高能源利用效率、实现能源节约和提高能源质量的有效手段。
综合能源服务产业链是指一个完整的能源服务体系，从能源资源开发、能源利用、能源管理到能源服务，包括许多关键环节，能源资源开发、能源利用和能源服务是这一体系的核心环节。能源资源开发是指从自然界中提取能源资源，并将其开发成可以使用的能源形式，它是能源供应的基础，也是能源服务产业链的核心环节。能源利用是指将能源资源开发出来的能源用于各种用途，以满足人们日益增长的能源需求，它是能源服务产业链的重要环节。而能源服务是指通过技术、管理和其他手段，为客户提供能源节约、能源效率提高、能源质量改善和环境保护等服务，它是能源服务产业链的最终环节，也是提高能源利用效率、实现能源节约和提高能源质量的有效手段。综合能源服务产业链将能源资源开发、能源利用和能源服务有机结合起来，为人们提供更加安全、高效、可持续的能源服务。请查看相关英文文档
❶ Blockchain empowers a new business format for new energy vehicles - separation of vehicle and electricity
The blockchain that everyone hears in the news now is often associated with virtual currency , in fact the blockchain is far more than that. First, blockchain is a trust engine and a technology that guarantees trustworthy data; second, blockchain is a technology that changes production relations. There is a saying that of the two major technologies that change the world (artificial intelligence, blockchain), artificial intelligence changes productivity, and blockchain changes production relations; third, blockchain is a platform technology that integrates resources and can Integrate cross-industry resources, including finance, technological innovation, and talent participation, into various real industries effectively and creatively. In the following lecture, I will use specific cases to illustrate.
What challenges and opportunities do we see when further promoting the development of new energy vehicles? First of all, the contradiction between battery cost and life is undoubtedly a very big challenge. The high cost of batteries has brought about issues with consumers’ car purchase costs and willingness to purchase cars. This is bound to be detrimental to the rapid growth of the new energy automobile industry.
The second is that the overall battery technology has not yet been finally "settled" and is still evolving. This is certainly not a bad thing, only a truly viable industry will do this. Academician Zhang just said it very well. The endless emergence of new technologies will inevitably make vehicle manufacturers face the challenge of how to integrate rapidly growing technologies with their own product cycles.
The third issue is security. You may sometimes see battery fires in the news. According to relevant statistics, as of 2020, in the analysis of national electric vehicle safety accidents, accidents caused by battery problems accounted for more than 60%.
In addition, the battery usage efficiency of new energy vehicles greatly limits the travel range of a single charge. Although it has been greatly improved compared to before, it still inevitably affects the travel experience.
So, what kind of digital challenges do we face in order to solve the above problems? The key is that power batteries have high product value and potential environmental impact, so the life cycle is very long, spanning many industries from production, vehicle integration, user use, secondary recycling as energy storage facilities, electricity use, and final environmental protection recycling. . Cross-industry data collection and trustworthy transfer and sharing are very difficult. Especially for battery manufacturers and vehicle manufacturers, how can these two data islands be connected and how can they share data? During battery use, consumers and charging station operators also have some data. Local power suppliers in the energy storage process and environmental recycling manufacturers in the recycling process will also have their own data. Furthermore, don’t forget that the financial industry can also be a stakeholder in data flow: power batteries account for more than 40% of the total vehicle cost. From the perspective of resource integration,From a perspective, how to introduce financial resources to reduce the cost pressure on vehicle manufacturers and consumers on the basis of trusted data circulation?
As mentioned earlier, blockchain is the engine for cross-industry data integration. It can allow data from different sources to pass privacy calculations and form digital twins on the premise that data ownership is effectively protected. This digital twin is highly targeted. Previously, when product problems occurred, it was difficult to accurately locate problems due to issues such as the inability to communicate cross-platform and cross-industry data, and the recall of automotive products was often blind.
For example, a problem was discovered and 600,000 vehicles needed to be recalled. Now, with the trustworthy data guarantee provided by blockchain technology, through cross-platform data integration and data analysis that was previously difficult to achieve - conducting very precise analysis of power batteries and new energy vehicles, we have discovered very high-granularity "Problem combinations" may be able to reduce the scale of the recall to thousands or even hundreds of units. Precise recalls not only guarantee the safety of consumers, but can also greatly reduce the costs of vehicle manufacturers.
The value of battery data has yet to be discovered, not just battery life cycle and overall usage. Another very important point is that among the various components of new energy vehicles, the data collected by the power battery energy supply system is the most complete. Such complete data is not only of high value in the business model of the power battery itself, but also valuable for improving user experience and even urban management.
It can be said that power batteries are the key to new energy vehicles. We can embed relevant IoT devices in the power battery; this IoT device is combined with blockchain technology to collect data on the premise of ensuring that the data is trustworthy, cannot be tampered with, and protects privacy. Not only can it form a trustworthy power battery Digital twins also help form credible and effective digital twins of new energy vehicles themselves. Previously, Molink Technology cooperated with Wanxiang Blockchain to launch the blockchain cellular wireless module and the PlatONE alliance chain data storage platform, which can enable the secure cloud and trustworthy uploading of massive IoT device data to the cloud.
When it comes to business models, whether looking back at the development history of fuel vehicles or looking forward to the development prospects of new energy vehicles, how can the real industry effectively introduce financial resources? , are all important directions for expanding business value. Vehicle-battery separation means that based on the battery swap model, after the car owner purchases the entire vehicle, the battery management company repurchases the battery property rights, and the car owner obtains the right to use the battery through leasing. If the separation of vehicle and electricity can be achieved, the power battery and charging station can become an asset package and be separate from the new energy vehicle itself.Everyone can finance the asset package. This is not just a concept or a dream, we are already working with leading companies in the industry on this.
When this business model is further scaled up, it will bring several benefits. First, a collaborative network of all parties involved in series battery production, sales, transportation, use, recycling, testing, transformation and reuse, efficient and reliable battery circulation helps all parties benefit measurement, distribution and settlement, and improves the efficiency of traditional business connection and collaboration; second Second, it can allow more financial resources to enter the new energy automobile industry in urgent need of social and financial resources in a credible way, effectively promoting its further development and growth. Third, develop a very good rhythm. In the early stages of the new energy battery industry, the business model brought about by the separation of vehicles and electricity is quite stable. No matter how technology evolves in the future, this industry will be able to effectively allocate financial resources, which in turn will bring very important and necessary vitality to the development of new technologies; fourth, for asset management companies and financial institutions, on the one hand, they can Penetrating supervision of assets can, on the one hand, control the operating income of assets in real time, effectively reducing asset and capital risks.
For consumers, the cost of purchasing a car will directly drop. For example, buying a car used to cost RMB 300,000, but now it only costs RMB 180,000 or RMB 200,000. The rest is to pay the monthly usage fee for separating the car and electricity, which will be promoted in the future. At the same time, it can also shorten charging time and alleviate battery life anxiety; for new energy battery manufacturers and vehicle manufacturers, it has the opportunity to introduce more financial resources, improve operational efficiency, improve battery safety, and slow down battery decay; for relevant government departments and management For institutions, through power batteries and IoT devices, trustworthy and reliable digital twins can be formed and capitalized through blockchain technology. Governance goals such as carbon neutrality can be better managed and achieved by integrating social resources. At the same time, it can also promote battery standardization and promote infrastructure construction.
To realize the separation of vehicle and electricity in new energy vehicles, we are currently facing some challenges: The first is asset-heavy: high initial investment in the construction of battery swap stations, financing The demand is huge; secondly, it is difficult for car companies to cooperate: it is difficult to apply and promote standardized technology, and different models of different car companies have significant differences; thirdly, the degree of standardization is low: it is difficult to open up and use it to create economies of scale; fourthly, the operation service system is imperfect: Batteries are transferred through multiple parties and are difficult to trace.
Why talk about challenges? Traditional information technology is difficult to establish trust among multiple parties and requires a complete top-level design. Faced with the above challenges, it is difficult to carry out a complete top-level design, which will inevitably lead to a situation of crossing the river by feeling for the stones. To ensure that the entire business direction does not get out of control during the process, this is the role played by the blockchain in organizing production relations.
Not only automobiles, but all industries related to new energy energy storage, such as the energy infrastructure of future cities, can use the Internet of Things + blockchain + privacy computing, through the use of trusted digital bases Create and realize credible digital twins and capitalize them, thereby reducing costs and increasing efficiency, and creating win-win social and economic value for enterprises, consumers, and government agencies. And these are not just in the planning stage, we have already put them into practice. This includes the capitalization of power batteries jointly promoted with partners, the use of blockchain-based battery and new energy management on electric buses, etc.
❷ What are the application prospects of blockchain projects in energy?
The core function of blockchain technology is to ensure the authenticity and credibility of data without relying on a center or third-party organization. Breaking trust barriers greatly reduces the trust costs required to conduct business and promotes efficient business development. At present, the application of blockchain in the energy field has begun to take shape. Some European and American developed countries and a few high-tech companies have begun to try to apply blockchain technology to the energy field.
For example, in energy education, the application of blockchain in the field of energy trading can revolve around the establishment of a distributed trading and supply system.
❸ Energy Blockchain Research丨The Development Process of Bitcoin Mining
Bitcoin has not yet reached the growth stage, but as the speed of Bitcoin mining begins to accelerate, the The industry is poised for substantial growth.
In October 2008, when Satoshi Nakamoto published a white paper detailing how to create a new currency system, no one expected that the market value of Bitcoin would soar to 850 billion in less than 13 years. Dollar. Additionally, Bitcoin spawned thousands of other types of cryptocurrencies, formed an entire financial services industry, and evolved into a new asset class that revolutionized money as we know it.
Our company has been involved in Bitcoin mining activities for seven years and has contributed to the development and adaptation of the industry. Below we’ll take a look at some of the lesser-known developments in Bitcoin mining and some of the trends that have a major impact on the industry.
The emergence of Bitcoin mining
Bitcoin is a decentralized currency system that functions like gold and is a limited commodity with a means of storing value. This means that Bitcoin has a limited supply, with only 21 million Bitcoins currently in existence, making it less susceptible to inflation. People who want to use Bitcoin are not subject to government oversight that has the power to change its value or determine users’ access rights.
So where does Bitcoin itself come from? Like gold, Bitcoin must be mined, but instead of using picks and shovels, you do it with computers.
Bitcoin is based on blockchain technology. Miners around the world compete to solve an algorithm so they can add a block to the blockchain. The first person to solve this algorithmPeople can obtain the transaction fees of the block and a fixed reward for the issuance of new coins (currently 6.25 Bitcoins per block), which will increase the circulation of Bitcoin.
When Bitcoin was first created, mining was so easy that miners could mine from their kitchens using laptops equipped with standard central processing units. However, as more and more miners join, the competition for solving the problem becomes more and more fierce, which also means that miners need stronger data processing capabilities and newer hardware equipment. In order to efficiently run more powerful computers, the price of electricity began to be taken into account. Soon, due to the fierce competition in mining, individual mining was no longer profitable.
The birth of a multi-billion dollar industry
To be profitable, mining operations must be scaled up. Currently, new mining-specific hardware has appeared on the market, and miners have installed mining machines in trailers and warehouses so that large mining farms with thousands of mining machines can solve algorithm problems around the clock. Driven by the operational demands of large-scale mine operations, including layout and design, energy, software management, and hardware updates, Bitcoin mining has rapidly grown into a multi-billion dollar industry.
A report from ARK Invest shows that the cost of hardware to support the ecosystem is approximately $7.2 billion. Additionally, the report states, “Since the advent of Bitcoin-specific hardware in 2013, we believe there have been Billions of dollars were spent on design, production, and tape-out, spawning an industry dedicated to manufacturing this powerful and specialized hardware.
Bitcoin mining is complex but highly profitable. . Ark Investment estimates that miners can earn $15 billion in revenue from transaction fees and fixed Bitcoin rewards.
Competition spawns new hardware
Competition for Bitcoin mining It continues to intensify, but because Bitcoin is a finite commodity, the competition for mining is also limited. This means that the mining operation needs to run as fast as possible with high performance, so as to obtain rewards.
As the increasingly fierce competition in Bitcoin mining increased the requirements for computing power, the mining competition also became a competition for graphics cards, which are hardware that gamers usually use in high-end games. Later, application-specific integrated circuits Gradually replacing graphics cards, this is a type of hardware specifically used to mine cryptocurrency. It is the fastest and most efficient hardware in Bitcoin mining and is currently only used in mining.
But the hardware Relying on chips, although chip technology continues to accelerate, the supply of chips still exceeds demand. This means that mining operations need to be planned and upgraded in advance, and the necessary hardware is often sold out. For example, Bitmain is facing a shortage recently.
New technologies are most likely to be profitable
Similarly, Bitcoin mining needs to keep up with the pace of technological development and make mining hardware bigger, better, and faster, because once the efficiency lagsThis will result in loss of profits. Today, technology continues to outpace innovation, so mining not only needs to keep up with the purchase of new hardware, but also the installation of new hardware quickly. This is because time is of the essence and even a delay of a few days can cause serious losses, so many mining operations (such as our company's mining) rent Boeing 747s to reduce shipping time.
The number of Western miners is increasing
For a long time, more than half of the world's mining energy has come from China, mainly because it is cheaper to set up factories in China and transportation is faster. But as China steps up its crackdown on Bitcoin mining, those advantages are disappearing. According to Wired magazine, “the geography of Bitcoin mining may be changing,” with the business moving toward North America, Europe, and Latin America. Miners also plan to look for mining sites in places such as the Nordic countries, Canada and the United States, which have abundant sources of cheap, sustainable energy such as wind, solar and hydropower.
The Future of Bitcoin
Although Bitcoin has seen a lot of volatility recently (which is nothing new), the future of Bitcoin is bright and its value will continue to rise and will Attract new investors. As more people begin to understand Bitcoin, its origins and how it is mined, people will also find more value in Bitcoin.
❹ What are the specific applications of blockchain + energy?
With its own advantages, blockchain can provide solutions to the three major energy problems: By optimizing the energy process, blockchain It can reduce costs; blockchain can improve energy security from the perspective of network security; use blockchain as a supporting technology to improve supply security, and ultimately achieve sustainable development of energy through energy management and control.
More importantly, blockchain technology can be applied to the following fields and aspects to help solve problems in the field of energy management and control: For example, in the power resources sector, automated blockchain can improve decentralized energy systems and Management and control of microgrids. Adopting local energy markets through localized energy peer-to-peer trading or distributed platforms can significantly increase self-production and self-consumption of energy. Applications and Data Transfer Blockchain can be used for communication, data transfer or storage of smart devices. Smart devices in smart grids include smart meters, advanced sensors, network monitoring equipment, energy management and control systems, smart home energy controllers and building monitoring systems. In addition to providing secure data transmission, smart grid applications can also benefit from data standardization enabled by blockchain technology. There is also electricity bill management. In electricity transactions, when the electricity sales company, power generation and electricity consumption are not one subject, it is difficult for all parties to trust each other. The trusted blockchain public service platform enables cross-verification, openness and transparency of multi-party information such as power generation and online power, and builds a fair transaction mechanism in the network environment. Immutable records and transparent processes can greatly improve auditing and regulatory compliance.
The Xueshuo Innovation Blockchain Technology Workstation under Lianqiao Education Online is the school planning and construction development project of the Ministry of Education of China.The "Smart Learning Workshop 2020-Master's Degree Innovation Workstation" launched by the center is the only approved "blockchain technology professional" pilot workstation. The professional base is based on providing students with diversified growth paths, promoting the reform of the training model integrating professional degree research, production, and research, and building an applied and compound talent training system.
❺ Energy Blockchain Research丨Four major blockchain development trends that are expected to become “evergreen trees”
Blockchain technology continues to develop and expand to adapt to the financial market and the Internet market needs and continue to provide digital solutions. By integrating blockchain technology in Web3 technology, we are developing decentralized finance (DeFi) services and decentralized applications (DApps) to enhance the digital ecosystem.
Experts estimate that by integrating blockchain technology and solutions, banks can save $12 billion or more annually. The United Nations also uses blockchain technology to address issues related to human rights violations, fund international humanitarian development, and promote environmentally friendly blockchain ecosystem innovation.
One of the challenges with blockchain trends is that they are fleeting because the industry is constantly evolving. Therefore, some companies and developers often have questions about the development of a certain blockchain project. However, after diligent research and analysis, we found that the following four projects have the potential to become “evergreen” blockchain development trends. What’s more, these four projects are actively providing blockchain solutions to developers in the decentralized finance and decentralized application industries.
1
Blockchain Applications in Enterprises
Developers who want to create high-quality decentralized applications can do so with Jelurida's flagship blockchain Solutions "NXT and Ardor" to build scalable applications that meet market needs. To put it simply, Jelurida is working hard to seamlessly connect physical companies and enterprises with the blockchain industry. Imagine, is a blockchain without practical application still a blockchain?
Futurecoin is the world's first open source blockchain platform that relies entirely on Proof of Stake (PoS) consensus. Proof of Stake is an algorithm based on Byzantine fault tolerance that eliminates computational loss in the Proof of Work (PoW) model and improves transaction security.
Developers can leverage the Futurecoin framework to build and save custom blockchain solutions and create reliable exchanges for tokens. On the other hand, AdoCoin’s sub-chain functionality allows organizations to build permissionless blockchain digital solutions and run smart contracts.
By using these solutions and Ignis, Jelurida has achieved some success. Unlike some blockchain companies, Jelurida has achieved all milestones in its development path and currently operates in several countries on three continents.
Currently, Jelurida has many real-life projects running on its platform, one of which is Cycle4Value, an environmentally friendly gamification system that can control traffic conditions and improve public health.
2
Gaming and Non-Fungible Token Development
Enjin is for blockchain developers in the gaming and non-fungible token industry is another promising advance that provides creative developers with the opportunity to create the next generation of decentralized software and applications. Enjin powers real-world projects in the medical, political, financial, and entertainment sectors, and is proud to provide blockchain solutions to millions of users. The project has a market capacity of nearly 45 million, more than 2 million wallets have been installed, and more than 1 billion assets have been created.
"Go! By Health Hero", one of the real-life projects built on Enjin, is a future currency-based solution that can promote the development of health-related projects and services. This project is currently very popular . Other projects include Microsoft's Azure Heroes, "Lost Relics" and "Age of Corruption" for gamers.
Currently, Enjin is deeply cooperating with the emerging future currency industry. It is expected that as the industry develops further in the future, Enjin will play an important role in the industry.
3
Speed and data security
When a developer wants to create a decentralized blockchain service with scalability and reliability, Speed and safety are the basic factors he needs to consider. Elrond has done just that, processing more than 10,000 transactions in one second, which is 100 times faster than Bitcoin and Ethereum combined.
Here are some of the “evergreen” trends we need in the coming years.
Elrond uses an adaptive state sharding mechanism to support fast verification and transaction processing. Like Jelurida, Elrond uses proof of stake to save resources and improve transaction security.
With over 90,000 active accounts and a large number of development projects, it’s no surprise that Elrond’s ecosystem valuation has jumped from $10 million to $500 million. Elrond operates in approximately 30 countries and counts more than 115 companies and startups among its clients.
4
Environmentally friendly system
Cudos is a broadband blockchain platform that provides blockchain projects with computing resources by integrating the computing resources of developers and users around the world. power. The platform serves as a network for developers to share and sell common resources, enabling reliable and scalable blockchain projects on the Internet. Developers can build and release decentralizedApplication that mines cryptocurrency and spreads network fees.
Gaming and non-fungible token developers and markets, including other related blockchain businesses, can leverage the Cudos framework to create high-quality and secure decentralized solutions and products. The Cudos ecosystem is committed to providing developers with cheaper, more convenient, reusable and environmentally friendly blockchain solutions; providing organizations with cloud computing-based blockchain solutions; introducing innovative solutions into the Web3 framework, Allowing developers to create the next generation of decentralized applications.
Cudos recently partnered with blockchain-based carbon credit company ClimateTrade to offset its carbon dioxide emissions. The world is currently experiencing the negative impacts of climate change, and businesses and individuals have a responsibility to quickly mitigate and ultimately reverse these impacts.
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Conclusion
Blockchain platforms committed to next-generation blockchain services and businesses should take measures to solve environmental pollution problems, thereby providing a Chain digital solutions create an eco-friendly environment.
National Energy Information Platform contact number: 010-65367702, email: [email protected], address: People's Daily, No. 2 Jintai West Road, Chaoyang District, Beijing Society
❻ Energy Blockchain Research | Why do we need blockchain technology
When talking about blockchain technology with outsiders, they will always mention this question: Why do we Need blockchain? If you answer it incorrectly, even those who are interested may not want to know more, and it will make them think that blockchain does not bring anything new to the world.
< br />In fact, blockchain technology has begun to get on the right track, and many industries have begun to use blockchain technology. Blockchain does not always solve old problems in new ways. Compared with traditional methods, blockchain Technology is safer, more cost-effective, and more transparent. This article will give answers to the above questions.
As we all know, the 21st century has brought about problems such as data leakage, misuse of personal information, and data insecurity. Blockchain combined with other technologies and services can help prevent some major information leaks and breaches because the data is no longer stored in one place. To truly understand how blockchain technology can help ordinary users, first, we must understand what they use Service, platform type. For example:
Some blockchain companies are trying to replace all the products in the above picture. These attempted products are either decentralized or replaced by decentralized products. Many companies have once Once again, it is shown that they do not trust data, and users should sell their data to advertising companies to get more benefits from it.
The 2017 ICO boom swept the blockchain market, with hundreds of thousandCompanies can succeed or fail seemingly overnight. But there are also benefits to this special investing period: Investors have learned how to spot innovative, high-quality companies. Some companies founded through ICOs still exist, while others raised funds during this period. The idea common to most companies is this: they allow users to control their data without interference or hosting. For example:
But is anyone really using these alternatives? The answer is yes, and it's growing well. Of course, some projects fail miserably and drag down the industry. After the ICO boom in 2017, if you pay a little attention, you will find that not all of these companies are successful. However, success often comes with failure.
Even some early projects that seemed very successful have gradually lost their former glory, such as CryptoKitties. But you can learn how to get better from failure. The entire industry, users, developers and investors learned a lesson in a previously oversaturated market: it learned how to get better. Users learned how to better allocate their time among many new projects; investors learned which projects to invest in; developers learned what works and what doesn’t; and the industry learned how much new development is sustainable of.
Good ideas are no longer enough. There also needs to be a working product, a dedicated user base, and a concept. This is why Brave, Antube, and Alfa are some of the most forward-thinking projects on the market today—they answer the big question of why we need blockchain.
Data is important. When surfing the Internet, most Internet users provide data. This data is collected, classified, and monetized by large corporations. From this they learn who the user is and why they are buying. How to get users to buy is the key to their success. Alfa, Brave, and Antube are three unique companies trying to give users more control over their data.
Brave aims to transform the browsing experience. Previously, most people installed ad-blocking software on their browsers, but Brave is about to change that. Instead, the ad becomes an interactive experience that captures the user's attention in a short period of time, and all parties benefit.
Users should have more control over their data, but relying solely on blockchain and tokens will not solve the problem. A new blockchain with built-in economics should be developed.
Back to the original question: Why do we need blockchain?
It’s all about data. In the past, we relied on organizations to save data, but now blockchain provides users with keys and immutable records.
There are many ways to track the progress of companies and institutions, but the easiest way is often to go directly to the source.. Twitter will update in real time (Brave, Alfa, Antube), and checking forums such as Reddit, Bitcointalk, and articles on Hacker Noon can also provide valuable information. Whichever way you choose to update, just remember this: we want “our” data to belong to “us” — that’s why we need blockchain.
National Energy Information Platform contact number: 010-65367702, email: [email protected], address: People’s Daily, No. 2 Jintai West Road, Chaoyang District, Beijing
❼ Today The development of new energy in my country is in full swing. How are blockchain companies promoting the application and implementation of blockchain technology in the new energy industry?
Currently, the blockchain unicorn company Qulian Technology is paying close attention to my country’s new energy industry. In the development of the energy industry, just some time ago, Qulian Technology and Shenzhen Yimada Technology jointly launched the world's first blockchain power swap SaaS platform "e-chain power swap", officially opening a new era of "on-chain power swap" for two-wheeled electric vehicles. . . In addition, Qulian Technology has also established a wholly-owned holding company, Quanke Technology, which focuses on providing services in the fields of dual carbon, new energy and enterprise digitalization.
❽ What are the advantages of using blockchain technology in the energy field?
Chongqing Jinwowo analyzes the advantages of using blockchain technology in the energy field as follows:
1. Provide a distributed energy trading and supply system
2. Smart contracts that can use blockchain technology in the energy sector
3. All energy flows support secure records
