The Laboratory conducts key technical difficulties tacking, basic experimental testing, system platform construction, digital asset management and application scenario demonstration with hydropower, security and environment as three orientations, with the digitalization and intelligentization of watershed management and control as the strategic goal and with complex, rivers and watershed as the point-line-plane as the core structure.

• 1

  Hydropower orientation

  integrate operational knowledge and data science, explore & absorb rule features with high information density, adopt intelligent algorithms such as deep reinforcement learning, conduct key technical researches on key technologies such as optimal operation of cascade hydropower stations and integrated planning & regulation of water, wind and solar storage, develop software and hardware integrated system platform and conduct verification testing.
• 2

  Safety orientation

  aim at the whole life cycle operation and control of key equipment and facilities of hydropower station, integrate cutting-edge information technologies such as "IoT, robots, and big data", focus on researches upon hydropower complex intelligent construction theory, routing inspection equipment system, state holographic perception, and structural safety assessment, and realize the "thorough perception - intelligent response - smart decision" of multi-service entities.
• 3

  Environment orientation

  conduct cross-integration of "ecology + intelligence" discipline theory, carry out water ecology intelligent monitoring, hydrodynamic-environment-ecological simulation & assessment, key technical research upon river and lake hydraulic regulation and ecological value enhancement, and develop a river and lake smart water perception system integrating "monitoring warning-simulation prediction-comprehensive assessment-accurate decision".

Relyingon the construction of "Hydropower Digital and Intelligent RoutingInspection Technology Engineering Research Center of Sichuan Province",the Laboratory adopts the overall framework design combining "indoorexperiment and in-situ monitoring", builds a research and applicationplatform integrating experiment and display, and achieves real-time interactionof multi-entities and multi-scenarios.