Inspur Smart Water Network Solution

Overview

Inspur’s smart water network solution focuses on digital twin water conservancy projects and national water network construction and integrates advanced digital twins, the IoT, cloud computing, big data, and other information technologies with the construction of water conservancy projects. By building information infrastructure, digital twin platforms and intelligent business applications, it supports intelligent analysis and early warning on the safety of water conservancy projects, intelligent scheduling for flood control and beneficial use, production and operation management, inspection and protection, and comprehensive decision-making support, greatly improving the operation and management and accelerating the modernization of water conservancy projects.

Background Information

The water network project is a major infrastructure to ensure the sustainable economic and social development of the water-receiving area and maintain the virtuous cycle of the ecological environment. The water network project connects the main channel and urban water plants, which is responsible for water transmission as a connecting link and plays a key role in producing cross-provincial and municipal benefits. After the completion of the project, it will greatly relieve the shortage of water resources in cross-provincial and cross-municipal water-receiving cities and provide water supply security for the sustainable development of urban economy and society, playing an important role in and having a far-reaching impact on cross-provincial and cross-municipal economic and social development, especially the economic development of the Central Plains Urban Agglomeration.

Overview for Solutions

Inspur’s smart water network solution focuses on the four systems of "intelligent computing, intelligent sensing, intelligent brain, and intelligent use" and makes full use of advanced technologies such as digital twins, cloud computing, and big data to build digital twin water conservancy projects for enabling digital twins, intelligent simulations, and proactive rehearsals of all elements of physical water conservancy projects and the whole process of project construction and operation, virtually reproducing real water conservancy projects, and supporting synchronous simulation operation, virtual and real interaction, and iterative optimization with physical water conservancy projects. Driven by the twin engine and with engineering safety as the core goal, business applications, such as intelligent analysis and early warning on the safety of water conservancy projects, intelligent scheduling for flood control and beneficial use, production and operation management, inspection and protection, and comprehensive decision-making support, are built to create digital application scenarios, improve the intelligence of business applications, provide accurate decision-making support for subsequent project development, and promote the high-quality development and digital transformation of water conservancy projects.

Customer Benefits

1. Improve the level of business management and avoid economic losses for customers

The construction of digital twin water conservancy projects will greatly drive the operation and management of water conservancy projects to gradually move towards the modernization process of refined O&M and intelligent scheduling and decision-making, boost the optimization and reengineering of operational business processes for water conservancy projects and business collaborative innovation, comprehensively improve the digital, networked, and intelligent level of water conservancy projects, improve the refinement level of O&M, enhance the capabilities to prevent safety risks, reduce the accident rate for safety production, and avoid economic losses.

2. Enhance resource intensification and save financial costs

Through the construction of the digital twin platform for smart water conservancy projects, based on a unified information infrastructure, data baseboard, model platform, knowledge platform, and other resources, the value of information, digital, and intelligent technologies in scheduling for flood control and beneficial use, safety monitoring, water quality monitoring, and equipment monitoring will be brought into play, so as to effectively reduce the expenses incurred by duplicative investments and self O&M and save government financial funds to the greatest extent.

3. Enhance the risk-resistance capacity of water conservancy projects and give full play to greater ecological benefits

The digital twin project provides more comprehensive, refined, accurate and real-time information for the operation management of the project, which enhances the business prediction, judgment, management, and control capabilities for project safety, water resource allocation, scheduling for flood control and beneficial use, production and operation management, inspection and protection, comprehensive decision-making support, etc., improves the level of risk prevention and management, enhances the support capability of water diversion in water conservancy projects, increases the level of water resources allocation and efficient utilization, optimizes the allocation of water resources, and hence creates a positive impact on regional social and economic development, restoration of the ecological environment, and promoting the construction of ecological civilization along the way.