Digital "new" operation and maintenance of energy industry

​​ The present , With digitization 、 The wide application of intelligent technology , Vigorously promote the transformation of digitalization and intelligence in the industry , The deep integration of energy revolution and digital revolution is the general trend .

​ The energy industry is the basic industry of the national economy , It is also a national pillar industry , Related to national stability and prosperity . With the rapid development of global digital economy , The digital transformation of various industries has accelerated , The value of data is increasingly prominent , Great changes have taken place in the traditional business application mode . Take the full-service unified data center and data midrange as typical representatives “ Data driven ” Business model has become the main business application model of the energy industry in the future , Data has become the basic strategic asset to complete the business mission .

​ Besides , In the country “ Integration of the two ” Under the guidance of strategy , For the energy industry , Deepening application is the main theme of information construction in recent years , Gradually enter the advanced stage , The maturity of informatization has become the growth point and competitiveness of the energy industry . But in digitalization 、 Microservices 、 Driven by new technologies such as cloud native , The energy industry also inevitably encountered some challenges .

​ The impact of digital operation and maintenance in the energy industry

Under the impact of digital transformation , The operation and maintenance capacity of the energy industry is facing a series of challenges .

One side , Digitalization is an important path to enable the transformation and upgrading of traditional energy industry . Traditional energy enterprises through information technology 、 Digitization 、 Intelligent construction , Introduce information system and information technology into production and business process , Greatly improve the productivity and operating efficiency of enterprises , Reduce resource consumption 、 Costs and carbon emissions ; Mass production accumulated in the traditional energy industry 、 equipment 、 Running data, etc , It is also the essential resource base for business transformation and innovation . For example, the State Grid proposed the global energy Internet 、 Ubiquitous power, Internet of things, etc , But limited by infrastructure 、 Technical equipment 、 Standards and other weak links , The application of energy Internet is still at a shallow level and local scope .

On the other hand , Digital transformation is the only way to cultivate and expand new business forms in the energy field . In the current energy industry , In addition to traditional coal 、 In addition to fossil energy such as oil and gas , Rapid technology iteration in the field of new energy , How can we help each other 、 Smart interconnection has become an inevitable trend of innovation in the energy industry . With the development and design of digital technology in the energy industry 、 manufacturing 、 Mocha ITOM 、 Energy consumption monitoring 、 Risk early warning 、 Increasingly in-depth application and integrated development in various links such as consumer services , The energy industry is undergoing great changes and profound reconstruction , Digitalization has become an essential physical and technological foundation for the development of these emerging business forms .

In terms of operation and maintenance , After the microservice architecture transformation in the energy industry , The existing operation and maintenance personnel cannot effectively manage and maintain business applications , The development and operation and maintenance personnel of each project team are limited , After the microservice transformation, the nodes that need to be managed are growing exponentially , As a result, R & D and operation and maintenance personnel have to involve a lot of energy to deal with sudden exceptions and faults , Product iteration and normal development, operation and maintenance work can only rely on overtime to ensure the progress of the construction period .

On the other hand , As the microservice architecture becomes more and more complex , The operation and maintenance personnel lack effective means to monitor the business , Once a problem occurs, it is difficult to locate the fault point , And due to the lack of monitoring data , Many times, problems rely on front-end business departments and user complaints for feedback , After receiving the feedback, due to the lack of data , Most of the time, it can only vaguely define the general scope of the problem , Unable to solve quickly .

Be prepared for operation and maintenance , Energy industry “ new ” Operation and maintenance

Based on this , Borui data believes that for the operation and maintenance of the energy industry, it is necessary to inject updated operation and maintenance methods .

Take an energy industry that Borui data once served as an example .

Borui data SmartAgent Probe technology as APM The core competencies of , Including easy installation 、 Strong compatibility 、 Strong monitoring ability 、 Low performance consumption 、 The efficiency of fault location and analysis is high and has many advantages . No R & D cooperation is required , Automatically identify applications in various languages , It can achieve automatic tracking and analysis of the whole method , Including system level code and user level code , Each class can be rendered 、 The execution efficiency of each method . Fully display the topology call relationship between functional groups and the health performance of service call nodes . In the business node failure scenario , Help to be familiar with various operation and maintenance scenarios and key business IT Personnel quickly locate the problem node , Reduce recovery time , Enhance the enterprise IT Service efficiency .

For this energy industry , Through Borui data Smartagent, For core business systems （ total 500+ Thousands of probes are installed at the node to help it optimize its operation and maintenance mode , Greatly improve the operation and maintenance efficiency .

The specific term , Its value mainly includes the following aspects ：

One 、 Build a visual and quantifiable evaluation system

Quantify by scoring 、 Visualization of topology map and simple judgment standard of traffic light three colors , Check the problem by clicking the mouse in the whole process , Improve obstacle removal efficiency .

Locate slow nodes through topology , Locate slow interfaces through interface performance , Locate the root cause of the slow through snapshots .

One 、 Help transform the mode of operation and maintenance

Through the construction of monitoring system and rapid problem positioning ability , The operation and maintenance department can actively find problems and solve them before the business department , Change passivity into initiative and optimize the operation and maintenance mode to solve problems .

The development of science and technology has brought new ways of enabling traditional industries , Only enterprises that grasp the opportunity can gain stronger competitiveness in the wave of competition , Achieve self transformation . The road of digital transformation is the trend of the times , Facing challenges and facing difficulties , It will be the foundation of the enterprise , It is also the test of the times for the digital transformation of the industry . future , Borui data will also continue to be committed to empowering the digital transformation of enterprises .