Inspur Digital Twin Irrigation Area Solution

Overview

Based on the guidelines of digitization driving intelligence and intelligence driving modernization, Inspur’s smart irrigation area solution adopts a new generation of information technologies such as the IoT, cloud computing, big data, mobile Internet, and artificial intelligence to digitally empower the situation awareness, crop demand, water source scheduling, flood control, and drought relief in the irrigation areas, transform the decision-making model of the irrigation areas from historical experience orientation to the combination of data support and historical experience, and consequently fully improve the water resources management and dispatching level and the water supply guarantee capacity in the irrigation areas.

Background Information

The irrigation area is not only an important infrastructure for agricultural and rural economic development and an important production base for China's agricultural products, but also an important guarantee for China's food security and a critical support for agricultural and rural economic and social development. It takes on the major task of water supply for urban and rural life, industry, and ecological environment. For the sake of healthy and sustainable development of agriculture and rural economy, national food security, and effective supply of agricultural products, it is necessary to speed up further construction of supporting facilities and modernization of irrigation areas.

Overview for Solutions

Focusing on the four systems of "intelligent sensing, intelligent brain, and intelligent use", and based on the guidelines of digitization driving intelligence and intelligence driving modernization, Inspur’s smart irrigation area solution adopts a new generation of information technologies such as cloud computing, big data, the IoT, mobile Internet, and artificial intelligence to digitally empower the situation awareness, crop demand, water source scheduling, flood control, and drought relief in the irrigation areas, transform the decision-making model of the irrigation areas from historical experience orientation to the combination of data support and historical experience, and consequently fully improve the water resources management and dispatching level and the water supply guarantee capacity in the irrigation areas.

Customer Benefits

After the water-saving supporting facilities have been renovated, an irrigation area that is “water-saving, efficient, and eco-friendly with complete facilities under a scientific management system” has been constructed successfully.

1. Water-saving and efficient: The water resources are allocated reasonably and the agricultural planting structure is constructed properly in irrigation areas; the field irrigation and water-saving irrigation technologies are popularized; and the water-saving system and mechanism are completed.

2. Complete facilities: The project is designed in a reasonable layout with complete irrigation and drainage functions; the irrigation water sources, water transmission and distribution works, drainage works, management facilities, and supporting facilities are complete, intact, safe, and durable.

3. Scientific management system: A modern management system and a benign management mechanism are established to implement "total control and quota management" by means of advanced scientific and efficient management tools. The water price and the water fee collection system are reasonable and transparent, and funds are reserved for project maintenance and operation management. The irrigation areas are managed in a standard, systematic, scientific manner, and the achievements from the reform of the management system of water conservancy projects in irrigation areas are consolidated to reinforce the capacity building of the management team.

4. Eco-friendly: Guided by agricultural production and the quality of human settlements, irrigation and drainage facilities are coordinated with the natural environment, and multiple service functions such as improving the quality of rural life, regulating climate, maintaining biodiversity, and providing landscape services in irrigation areas are brought into play.