By deeply integrating water conservancy business with digital twin, big data, and other new-generation information technologies, the Inspur "Qingzhou" Digital Twin Platform creates an ontology of digital middle platform characterized by digital connection and intelligent connection. It empowers water conservancy application scenarios such as flood and drought disaster prevention and optimized allocation of water resources with integrated products and service capabilities in multiple forms of general management, service, supervision, decision-making, and O&M applications, and thus drives the high-quality development of the water conservancy industry. The platform consists of the digital connection middle platform, the intelligent connection middle platform, and the integration capability center.

1. Digital connection middle platformBased on advanced technologies such as big data and artificial intelligence, an intelligent one-stop development and operation platform covering the full lifecycle of water conservancy data is developed to provide a big data storage and computing engine, data integration, data governance, data assets, data services, data visualization, and other capabilities, water conservancy information models, data implementation service guides, and strong support and driving force for the construction of smart water conservancy.

2. Intelligent connection middle platformInspur’s intelligent middle platform is dedicated to the water conservancy industry, which focuses on the rapid construction of AI models for the water conservancy industry to form a product model that combines "one platform with N models". It integrates AI model development and training, release and deployment, inference and calculation, and alarm analysis, and provides a wealth of professional models for the water conservancy industry to be used in hydrological monitoring, river and lake supervision, engineering operation and management, etc.

3. Integration capability centerFive capabilities, including service integration, capability openness, rapid construction, spatial ability, and integrated communication, are developed to provide support for upper-layer business applications.