Inspur’s smart water affairs solution, in line with the general requirements of "demand driving, application priority, digital empowerment, and ability improvement" and aiming to improve people's livelihood services and modern governance capabilities in urban water affairs in a digital, networked, intelligent manner, makes full use of big data, cloud computing, artificial intelligence, and other new-generation information technologies to create a smart water affairs platform that "gets full perception within one network, grasps the overall situation on one map, issues all commands from one screen, makes decisions at one click, and guarantees safety with just one certificate obtained". In this way, an intelligent closed-loop, full-chain water affairs management model that consists of perception convergence, research, judgment, early warning, decision-making, disposal, assessment and feedback is generated to enable the water affairs governance "knowable, visible, controllable, and predictable" model and fully accelerate the new development of "Six Water Co-governance Tasks".
As an important part of a smart city, smart water affairs will gradually be integrated into the development system for a smart city, and its importance in smart city construction will gradually increase.
With the five supporting capabilities of "comprehensive interconnection and perception, intelligent automatic regulation, deep integration analysis, intelligent management and decision-making, and overall safety control", the informatization application covers six business scenarios of "flood prevention, water drainage, sewage treatment, water supply guarantee, water saving promotion, and strict water management"; by means of establishing standards, strengthening perception, reinforcing foundation, digging data, and promoting application, the overall structure of smart water affairs is established, and the early warning, forecast, command and dispatching of "flood prevention and water drainage" are improved, so as to realize the integration of "sewage treatment" plants, networks, and stations, the digitization of "water supply guarantee and water saving promotion", and the networking process of "strict water management", effectively supporting the scientific and refined management of water affairs.
The smart water affairs platform can be built to help achieve the goal of "getting full perception within one network, making decisions by one smart brain center, offering a full range of services on one platform, grasping the overall situation on one map, and issuing all commands from one screen".
1. Implement application scenarios and improve levels of performance
Full coverage of the six core application scenarios, including "flood prevention, water drainage, sewage treatment, water supply guarantee, water saving promotion, and strict water management".
2. Integrate information resources and tap the value of data
The data assets are unified to achieve standard and visualized management through the whole process of data and promote the sharing and collaboration of service and data capabilities. In this way, a water big data platform with "clear structure and data for smooth utilization and standard management" is created to release the value of data through data mining and improve the decision-making capacity.
3. Enhance the capabilities in providing public services
With a smart operation system built up, water dispatching is optimized, the rate water of supply guarantee is increased, and the public is provided with convenient services such as online payment of water bills and timely alarms of piping leakage.