A power system based on cooperative interaction between diverse users and a power grid comprises a power service module and a demand response module. The power service module is used by an electricity user or an electricity provider to query power consumption statistical data and to perform power consumption data analysis according to current power consumption statistical data. The demand response module is used to provide a demand response management function to the diverse users, and comprises a user behavior profile sub-module. The behavior profile sub-module for diverse users is used to ascertain, on the basis of a large volume of user data from different industries, diverse user behavior patterns in terms of temperature sensitivity, electricity price sensitivity, and power consumption stability, to establish and quantify separate feature indicators and perform a comprehensive assessment, to form diverse user power consumption behavior tags, and to establish multi-property power consumption behavior profiles that quantify, categorize, and combine the diverse user power consumption behavior tags. The invention aims to help electricity users or electricity providers improve commercial grid service capabilities while improving practical resource allocation, thereby facilitating energy saving and emission reduction.
POWER SYSTEM BASED ON COOPERATIVE INTERACTION BETWEEN DIVERSE USERS AND POWER GRID