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Water Preservation


Overview


This solution uses new information technologies in water environment protection. It deploys sensors in the water and connects them to form a "sensor IoT". Then, it uses supercomputers and cloud computing to integrate the water preservation IoT and integrates digital and physical water preservation facilities through binary water cycle simulation, water resource control, and water preservation VR platform. In addition, it integrates and shares information in related sectors such as HydroMet, water environment, urban greening, construction, and transportation and builds data center-based application systems to provide intelligent support for e-government, water preservation management, cross-sector coordination, and public service. In this way, water preservation can be planned and managed more efficiently, flexibly, and intelligently.

Highlights


·  Loosely-coupled and easy-to-expand architecture: This solution uses loosely coupled application components to help customer manage, re-organize, and update processes. Its information exchange system uses the service-oriented architecture (SOA) and supports business modes driven by messages and services. It supports complex process customization in and between applications and helps customer build scalable data centers and quickly customize intelligent applications.;


·  Water preservation spatial data on one picture: This solution shares and utilizes spatial information on one picture. It presents basic data, application data, and professional data of related departments in geographic space, providing data sharing service and visualized decision-making analysis for water preservation;


·  Big data-based intelligent water preservation service: Big data is a key technology for smart water preservation. The big data analytics platform extracts valuable information from massive amount of data, analyzes the heterogeneous data, and uses tables and diagrams to present the analysis results;


·  Cloud computing-based smart water preservation platform: This solution uses the virtualization technology to integrate computing and storage resources and achieve unified resource management and allocation. The resource application and use mechanism improves resource usage and reduces the operation and maintenance costs of application systems. The standard platform for quick service deployment ensures legacy system reuse and hardware reliability. It designs and develops services such as rain analysis, flood prewarning, flood forecast, and hydraulic engineering information to meet water preservation and SaaS requirements and allows service customization.