UNMANNED REMOTE TOTAL MANAGING SYSTEM FOR WATER TREATMENT USING FUZZY MODEL ACCORDING TO CHANGE OF WATER LEVEL AND METHOD THEREOF

摘要

PURPOSE: An unmanned remote total managing system for water treatment using fuzzy model according to change of water level and a method thereof are provided to prevent the consumption of the excessive electric energy and lifetime of an aerator. CONSTITUTION: An aerator supplies the air to the main reactor. According to the non-continuous changing time of the water level of a flux controller(10) and a fuzzy model corresponding to the sewage inflow pattern, a water treatment control system creates the control model of an aerator. The aerator is controlled through a driving mode corresponding to the control model. An integrated remote management system unifies multiple water treatment control systems. In order to implement the stable control of the aerators, the integrated remote management system performs an integrated operation management.