intelligent energy
One, Construction background
Power generation enterprises belong to a special process-type manufacturing industry, complex production process, equipment reliability requirements, asset-intensive, belonging to a more professional industrial applications, in the development process, faced with the lack of accurate online monitoring and evaluation of generating units, the lack of preventive maintenance and other issues, usually an unplanned shutdown loss of millions of dollars, how to use intelligent optimization technology to achieve the unit's economic operation, realize the Efficient energy saving is the primary goal of the development of generating enterprises.
The State Council on the active promotion of the "Internet +" action of the guiding opinions of the State Council clearly proposed to promoterenewable energyproduction intelligence, building distributed energy networks, exploring new modes of energy consumption, and developing grid-based communication facilities and new types of business. Made in China 2025 proposes the deep integration of information technology and manufacturing technology with the main line of digitalization, networking and intelligent manufacturing, and intelligent manufacturing as the main direction of the deep integration of dualization. In addition, with the active promotion of the new power reform, the marketization of the power sales side, in the face of fierce market competition, the power generation industry in the future is likely to profit and loss differentiation, survival of the fittest, mergers and acquisitions, power generation enterprises need to change their thinking, all to strengthen the lean management, reduce costs, and improve market competitiveness.
Apply cloud computing, big data, IoT, and mobile applications,artificial intelligence (AI)In order to deeply integrate information technology with the process and equipment of power generation, realize the high degree of integration of power plants horizontally, vertically and end-to-end, enhance the four key capabilities of comprehensive perception, prediction and early warning, collaborative optimization and scientific decision-making, improve the level of operation and management of power plants in a more detailed and dynamic way, and promote the formation of new power generation and business model innovation has become an inevitable trend.
Two, Program overview
The "Digital Brain Program" is based on the "Intelligent Digital Platform", which is composed of digital infrastructure, business capability platform, active security and unified operation and maintenance, and builds an intelligent application ecosystem with eco-partners to realize the digital transformation of customers in all industries. Transformation.
Based on its understanding of the power generation industry and years of practice, NWS relies on its own advantages of "intelligent digital platform" (digital infrastructure, business capability platform, active security, unified operation and maintenance), and combines N ecological intelligent applications of power generation industry partners to form an overall solution for intelligent power plants.
The overall solution for smart power plants includes smart connectivity, smart platforms, smart applications, smart decision layers, and end-to-end active security and unified operations and maintenance.
Smart Connections:Through the IoT technology, the production equipment, monitoring equipment, sensors, inspection robots, smart meters, smart access control, spare parts, etc. of the power plant will be connected into an intelligent network, realizing a wide range of intelligent connectivity of people, equipment and systems in the power plant.
Intelligent Platforms:Adopt virtualization technology to realize resource pooling of IT infrastructure and horizontal expansion of resource pool. Unified management and intelligent scheduling of IT resources are realized through the cloud management platform. Based on the stable and reliable IaaS service capability, it effectively pulls through the data center infrastructure resources and helps the power plant complete the sublimation of information technology construction from cost center to value center. Based on PaaS service capabilities such as containers, DevOps, and microservice governance, it provides power plants with the best resource platform for cloud applications, shortens the business delivery cycle, and helps power plants transform their business to the cloud. Based on IoT and big data platform, it can realize the collection, governance and analysis of multi-source data of power plants, provide data support for upper-level intelligent applications, and provide decision-making basis for management optimization, operation control and energy efficiency analysis of power plants.
Smart applications, decision making:Xinhua San joins hands with eco-partners to carry out innovations in the fields of power plant intelligent applications and intelligent decision-making, including intelligent safety, intelligent maintenance, intelligent operation, intelligent park, management optimization, operation control, energy efficiency analysis, etc., to help power plants realize digital transformation.
Active safety:In accordance with the power plant's security strategy of "security partition, network specialization, horizontal isolation and vertical encryption", combined with theinformation securityEquivalent insurance requirements, the establishment of active defense security strategy based on artificial intelligence and big data technology, and the enhancement of the ability to predict information security.
Harmonization of operations and maintenance:Power plants have a wide variety of equipment types and application systems. Based on the unified operation and maintenance platform, it provides a full-scenario operation and maintenance solution covering all types of equipment, networks, platforms, and business application systems of power plants to improve the operation and maintenance management level.
Three, Program highlights
best practice National Energy Group Suqian Smart Power Plant Construction
demand analysis
Suqian Power Plant, as a pilot unit for the construction of smart power plants under the National Energy Group, the original level of information technology construction is difficult to meet the needs of development, and it is necessary to combine advanced information technology such as cloud computing, big data, Internet of Things, mobile applications, artificial intelligence, 3D visualization, etc., with the industrialized technology of the production process and the management technology of the plant, to improve the level of intrinsic safety and the ability to prevent risks, and to achieve more standardized operation and management, better operation control, and lower operating costs to achieve a new type of modern coal-fired power plant with intelligent safety, economy and environmental protection. Better operation control, and lower operating costs, to realize a new type of modern coal-fired power plant with characteristics of intelligence, safety, economy and environmental protection.
Program overview
Utilizing Xinhua San UWB high-precision positioning technology to realize power plant personnel positioning, track inspection, power plant equipment maintenance positioning, one-key alarm for emergencies, setting up electronic fences in important areas and other business applications. Adopting Xinhua San IoT platform, integrating various IoT sub-systems of power plants, such as intelligent locks, environmental monitoring, personnel positioning, etc., unifying IoT terminal data standards, providing management, data modeling and data services of IoT terminal equipment of power plants, and at the same time transmitting data of various IoT sub-systems of power plants to the three-dimensional modeling system and the IMS system through the API interface, so as to provide data support for the intelligent application of power plants and jointly help partners to realize digital transformation of power plants. partners to help power plants realize digital transformation.
Four, customer value
Harmonization of IoT management:It effectively pulls through the various IOT subsystems of the power plant and realizes the unified management of the massive IOT equipments in the power plant and the unified data standard.
Personnel orientation:High-precision positioning of power plant staff during inspection is realized by UWB technology.
electric fence: Combined with electronic maps, set up electronic fences in dangerous areas of the power plant to provide real-time alarms on boundary-crossing behaviors and safeguard the safety of the staff.
Smart Patrol:Deepen the integration of information technology, such as personnel positioning, field-wide wireless, and 3D visualization, with traditional equipment inspection work, and make intelligent and optimized arrangements for inspection objects, inspection routes, special concerns, and sources of danger in conjunction with the assessment of equipment status, so as to improve the efficiency of inspection work and safety level.
Expert systems:Real-time return of the workers' operation screen, combined with the backstage expert system, ensures the standardization and safety of on-site operation protection measures.
