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Schneider Electric: strong "intelligence" and healthy "body", and actively participate in the construction of ubiquitous power IOT

Beijing on March 27, 2019, Schneider Electric gave its own opinions and corresponding solutions to the recent hot issues of power stocks and ubiquitous power IOT

power stocks broke out collectively, and the ubiquitous power IOT led to heated discussion

on March 11, 2019, nearly 50 individual stocks such as Guodian Nanzi, Haixing power and Jinbei electrician collectively rose by the limit. On March 12, the soaring stock market continued, with more than 20 shares including high beam software, Langxin technology, Minjiang hydropower and Henghua technology rising by the daily limit

the reason is that the ubiquitous power IOT, which has attracted attention recently, is undoubtedly the biggest driver. A-related stocks were born one after another, and the ubiquitous power IOT index rose by 7.94%

recently, China has put forward the strategic goal of "three types and two world-class energy interconnection enterprises", and the primary task at present is to build and operate well. Two, namely, strong smart electricity and ubiquitous power IOT. After years of construction and success of strong smart power, ubiquitous power IOT has become the target of two key projects, and it is planned to be fully completed in 2024

ubiquitous power IOT, that is, around all links of the power system, make full use of modern information technologies and advanced communication technologies such as big cloud IOT (big data, cloud computing, IOT, mobile Internet, artificial intelligence) to realize the interconnection of everything and human-computer interaction in all links of the power system, and an intelligent service system with the characteristics of comprehensive state perception, efficient information processing, convenient and flexible application. Its architecture includes perception layer, network layer, platform layer and application layer. Electrical sensing layer devices have achieved basic coverage in the construction of smart electricity for many years, and the network layer and platform layer will be the focus of investment in the future. From the perspective of market impact, national ICT Industrial units with comprehensive strength of the overall solution of ubiquitous power IOT, as well as power secondary equipment enterprises and related software enterprises that have been deeply involved in the field of power informatization for many years, will usher in a new round of development opportunities

if strong smart power construction focuses on the power (energy) supply side, ubiquitous power IOT focuses on the energy demand side or the user side. Ubiquity is everywhere, and the ubiquity of electricity is only reflected in electric energy, while ubiquity of power IOT requires the ubiquity of information and data. Due to the access of renewable energy, the reform of electricity marketization, and the development of energy interconnection or interconnection + smart energy, a large number of data have been generated, which involve thousands of households and have great value, and have not been well mined and utilized at present

promote pan. In terms of current experiments, the key basic work in the construction of power IOT is to collect massive data on the user side and store it on the public cloud platform, then establish intelligent power distribution, intelligent power consumption, smart parks, carry out other comprehensive energy services, and establish good interaction with users, so as to realize the continuous reduction of energy consumption, operation and maintenance costs, and better meet the needs of users for a variety of energy

Schneider Electric believes that the world will depend on electricity infinitely in the future, and the distribution system, as a power system, is the last link to promote graphene as the "king of new materials" and has the closest relationship with users. The construction of intelligent distribution lies in serving the end-users, providing the most basic power supply analysis data for the core power and intelligent dispatching, and the effective access of distributed energy, which is the support for the realization of the vision of ubiquitous power IOT. Therefore, the construction of intelligent equipment needs both physical and intellectual skills. We should not only solve the needs of intelligent data collection, management, analysis and application, but also solve the needs of physical digital equipment configuration, communication and platform construction

as a digital transformation expert in the field of global energy efficiency management and automation, Schneider Electric has launched ecostruxure grid and ecostruxure power architecture based on IOT and applicable to the power distribution field in recent years. Under the ecostruxure architecture, it can provide users with underlying switchgear, switchgear, ring cabinet, transformer and other components and equipment, communication and security protection devices, and operation and maintenance tools and applications deployed locally and in the cloud, And provide overall intelligent and digital distribution solutions

switchyard, ring box, distribution room, meter box, etc. are important components and key nodes in power distribution. In the power distribution IOT end side pipe Cloud Architecture, the distribution room carries the dual functions of sensing nodes and edge computing control. Schneider Electric can use integrated intelligent distribution room solutions, such as intelligent switchyard system, intelligent ring box system, intelligent distribution room system, intelligent transformer solutions, etc., to provide a strong guarantee for the reliable operation of distribution. It is necessary to strengthen that China is a major plastic producer and consumer in the world. In the era of IOT, the use of materials with high wear resistance is the foundation. Schneider Electric has launched a series of innovative digital distribution products in recent years, such as the new generation of 12kV and below gas insulated switchgear GMA and smart hvx medium voltage circuit breakers, which are generally characterized by high reliability, simple and compact structure and convenient operation. On the basis of ensuring basic functions and ensuring safety and reliability, Schneider Electric is committed to helping customers realize active operation and maintenance, remote monitoring and information collection and summary by integrating digital technology, The algorithm is used to provide early warning, realize energy consumption control and collaborative management through the perception of equipment operation, and then connect the operation system. First class power distribution requires first-class distribution equipment, which will play a cornerstone role in the construction of intelligent power distribution

at the same time, as more and more devices are connected to the electrical system, the analysis and storage of massive data pose a great challenge to the network communication ability. Edge computing solves this problem well with its fast, real-time and marginal characteristics. Schneider Electric's integrated intelligent distribution room solution integrates the distributed open platform of network, computing, storage and application core capabilities, which can support edge intelligent services nearby, and meet the key needs of distribution intelligence in terms of agile connection, real-time business, data optimization, intelligent application, etc. Among them, the digitization of the distribution room takes the distribution room and terminal power distribution as the model, and sets up an edge computing center to fully monitor and perceive the distribution room and its branches, so as to help users realize the digitization and transparency of the distribution room

in the future, Schneider Electric will further improve its technology, products, solutions and services based on the ecostruxure architecture, and work with upstream and downstream users and partners in the industrial chain to jointly promote the intellectualization of distribution, release the potential of intellectualization of distribution, and actively participate in the construction of ubiquitous power IOT

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