Smart Power Consumption and Interactive Service Technology

1. Marketing Service Mode and Supporting Technology: research on the technology for mobile marketing operations, energy hosting, customized service and other marketing services; research on supporting technology for new-type marketing business informatization; research on further mining and application technology for massive data on marketing business; research on big data supporting technology based on energy interconnection; research on economic analysis and big data prediction technology based on electricity sales amount; R&D of multidimensional analysis software package of big data on typical-scene marketing service

2. Key Technology for Power Consumption Interaction and Automatic Response to Demands: research on power consumption interactive service mode in new circumstances; research on supporting technology for smart electricity interactive terminal and informatization platform; research on automatic demand response strategy for typical  system/equipment, technology for interactive control, simulation and potential analysis, and testing technology for interaction and conformance between smart electrical equipment and power grid

3. Key Technology for User-side Comprehensive Energy Optimized Matching and Coordinated Operation: research on Intellectualization technology for power consumption in building/community/zone; research on multi-level regulation and simulation technology for regional user-side comprehensive resource coordination; research on plug-and-play and group control/regulation technology for user-side distributed power supply; research on optimized management system for distributed power clusters; research on user-side AC/DC hybrid power supply technology

4. Key Technology for Bilateral Interaction between Electric Vehicles and Power Grid: research on the influence of large-scale electric vehicle charging and discharging on power grid; research on orderly electric vehicle charging and smart electricity fusion technology; research on service technology for bilateral interaction between electric vehicles and power grid; R&D of coordination and control platform for bilateral interaction between electric vehicles and power grid

5. Key Simulation Technology for Smart Power experiment: research on simulation technology for participation of demand-side resources in power grid interaction and construction of demand response simulation platform; research on the influence of driving characteristics and charging of electric vehicle on power distribution network as well as orderly charging, etc.; simulation test on interaction between electric vehicle and power grid (V2G); and load modeling analysis on electric vehicle charging station, etc.