Development and Application of Response Curve Library for Asymmetric Fault Recovery Process of Intermittent Power Generation Equipment

Facing the challenges of global energy resources, environmental pollution and so on, Large-scale development and utilization of clean energy is imperative. Clean energy has a strong intermittent characteristics, The simulation analysis of the faults and the recovery process of this kind of equipment also need to be carried out in large numbers. In order to meet the large-scale asymmetric fault in intermittent power generation equipment recovery curve simulation results of the process data storage requirements, the development of a rapid retrieval simulation curve library a massive data oriented, successfully applied to the simulation results of the process of data storage.This paper studies the data preprocessing, data compression, data indexing technology, efficient memory database technology, the real-time memory database of mass storage data of historical documents in the library data cache to efficient operation, so as to realize the rapid retrieval simulation curve database for massive data.