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Smart energy smart power plants and other industries have broad prospects for development "interconnection +" creating development conditions

smart energy is a relatively new concept emerging in recent years. In 2009, the international academic community, including the IBM expert team, proposed that the interconnected technology will change the operation mode of the entire human world, involving the work and life of billions of people. Therefore, the academic community began to propose to "build a Smarter Planet", and put forward the concepts of smart Airport, smart bank, smart railway, smart city, smart power plant, smart electricity, smart energy, etc, It also proposes to form the so-called "IOT" through universal connection, and integrate the "IOT" through supercomputer and cloud computing, so that human beings can manage production and life in a more refined and dynamic way, so as to achieve a global "smart" state, and finally realize "interconnection + IOT = smart earth"

smart energy BAIC Foton model selection recommended parts are different from other concepts

smart energy is not only related to smart energy, new energy, renewable energy, clean energy and other concepts, but also has significant differences. Intelligent energy refers to the combination of energy efficiency technology and intelligent technology, emphasizing specific technology and its material or physical attributes, which has not been extended to the concept, system and other non-material or non physical categories. New energy is a form of energy relative to conventional energy. Its outstanding features are: advanced technology, not yet fully commercialized development and large-scale application, such as wind energy, solar energy, ocean energy, geothermal energy, biomass energy, hydrogen energy, nuclear fusion energy, etc. In terms of its energy form, new energy belongs to smart energy, but the extension of smart energy is greater than new energy. For example, clean and efficient utilization technology for traditional energy also belongs to the category of smart energy

analysis and forecast of IT investment scale in China's energy industry

according to the statistical data of the report on the development prospect forecast and investment strategic planning of the smart energy industry released by the forward looking Industry Research Institute, the IT investment scale in China's energy industry in 2016 was 56.157 billion yuan, an increase of 11.04% year-on-year. By 2017, the scale of IT investment in China's energy industry was 61.8 billion yuan. It is estimated that the IT investment scale in China's energy industry will reach 68.4 billion yuan in 2018, with an average annual compound growth rate of about 10.26% in the next five years (). It is estimated that the IT investment scale in China's energy industry will reach 101.1 billion yuan by 2022

the power industry is the largest market in the smart energy industry. In 2017, the smart energy investment in China's power industry accounted for 66% of the overall investment, followed by 22% in the oil industry and 6% in the coal industry

in 2016, the average net profit margin of e-commerce in China's smart energy industry was more than 45%, and the market transaction scale reached 53.6 billion yuan. By 2017, the average net profit margin of e-commerce in China's smart energy industry will exceed 43%

at present, there is no consensus on the basic concept, term definition, conceptual model, system architecture, evaluation indicators and other aspects of smart energy, and the system and standard system are not perfect. Give priority to the formulation of general standards for smart energy, cross industry public standards and important technical standards coordinated with smart cities and "made in China 2025", including energy conversion standards, equipment standards, information exchange standards, safety protection standards, energy trading standards, measurement and collection standards, regulatory standards, etc. of smart energy, which can better support the development of the industry

at the technical level, continuous innovation and breakthroughs are needed.

the development of "interconnection +" smart energy not only needs to break through the key technologies in the energy field such as multi energy complementary distributed system power generation, energy storage, smart micro, active power distribution, flexible DC, but also needs to explore the in-depth application of IOT, big data, cloud computing and other information and communication technologies in the energy field. With the opening of the power trading market, the cross industry integration of technologies such as measurement, settlement, intelligent power management and energy system needs to be further explored. The development of energy interconnection is still in its infancy, and the required technical system and standard system have not yet been determined. The cross integration technology with information communication, power electronics, renewable energy and other technologies as the core needs continuous innovation and breakthrough

risk control needs to be strengthened

"interconnection +" smart energy closely integrates the production, transportation, consumption, storage of energy, financing, trading and settlement of finance, as well as the energy consumption demand and behavior of users through interconnection. Due to different fields and more links, the coordination mechanism is more complex, which is bound to bring security problems. The regulatory problems brought by cross-border integration cannot be ignored, Supervision and risk control need to be strengthened from the perspective of safety. Smart energy is an emerging industry. The regulatory awareness and strength of the regulatory authorities need to be strengthened to reduce the probability of systemic risks in the industry

analysis on the development prospect of the smart energy industry

the first batch of smart energy demonstration projects

are to implement the relevant requirements such as the guiding opinions on promoting the development of "interconnection +" smart energy (fgny [2016] No. 392), the notice of the National Energy Administration on organizing and implementing "interconnection +" smart energy (energy interconnection) demonstration projects (guonengji [2016] No. 200), etc, The National Energy Administration organized the application and selection of "interconnection +" smart energy (energy interconnection) demonstration projects, and in June 2017, it determined the list of the first 55 "interconnection +" smart energy (energy interconnection) demonstration projects

Internet technology creates conditions for the development of smart energy ashokekarmoker, R & D Department of Bridgestone, said that an important carrier for the development of smart energy is Internet technology. From the perspective of Internet development, the elongation at break of ordinary polymer materials, whether in China or in other countries, is between 50% and 100%. In other countries, it can provide services to meet the needs of human information, consumption, shopping and other aspects, and has been widely used, Technology continues to improve. Internet services rely on but are independent of the infrastructure provided by telecom operators. With the evolution of telecom infrastructure (narrowband broadband mobile interconnection), the amount of information and richness of Internet services are also upgrading. With the promotion of broadband upgrading in recent years, the proportion of optical fiber entering households in China has been continuously increasing, and the foundation for high-quality interconnection applications will be more solid in the future

"Internet +" smart energy has entered the stage of comprehensive integration and in-depth application in some fields.

"Internet +" smart energy connects tens of thousands of equipment, terminals and systems, and promotes information interaction, integration and cooperation in the whole value chain of the energy industry through real-time sensing, collection, monitoring and utilization of data in all links of energy production, transmission, transaction and use, so as to achieve cleaner and more efficient energy utilization More sophisticated and intelligent production and operation, more innovative and diversified consumer services, and build a new energy production and consumption model. The development of the smart energy industry in some fields has been relatively mature, and there are successful business models for future entrants

the development of big data technology, IOT and other industries drives the development of smart energy

the big data application of smart energy can realize unattended, remote monitoring, remote diagnosis and intelligent early warning of equipment based on the dynamic analysis model of IOT, mobile Internet and massive real-time data, combined with equipment data, electricity data, meteorological data, transaction data and usage data. Therefore, the continuous breakthrough of big data technology and the rapid development of IOT and other related industries are also constantly promoting the development of smart energy

the development prospect of the smart energy field is relatively broad. From the perspective of the construction and promotion of relevant domestic fields, the high-tech industrial zone has become an important field promotion point. For example, Baoding high tech Industrial Zone focuses on the strategic idea of building a China Power Valley and a world-class new energy and power technology innovation and industrial base, seizing the first mover advantage of new energy and smart power, and vigorously building photoelectric, wind power Four characteristic industrial systems of power transmission and transformation and power automation design and manufacturing. We will focus on developing new materials, new generation information technology, modern service industry and other emerging industries, and form a diversified industrial system dominated by new energy and smart electricity and supplemented by new materials and modern services

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