创新能源与研究

抽象的

Collaboration of Biomass & Hydro Electric Energy product

Saul Odenkirk

Generally in order to balance the cargo demand at high peak hours, hydroelectric pumped storehouse power factory is employed. In this design a new design,( CFPID) Protruded Fuzzy PID( Commensurable-Integral- Secondary) regulator scheme using B&R( Bernecker & Rainer) Artificial robotization PLC- HMI( Programmable Logic Control- Human Machine Interface) for Effective Energy operation and storehouse in real time performance of a hydroelectric pumped storehouse power factory is proposed. In this scheme, Fuzzy position is protruded with PID Flow for enhancement in performance. A prototype model of a hydroelectric pumped storehouse power factory with 22 digital inputs and 14 implicit free labors is fabricated with an ideal of controlling the process variables, inflow and position is done by using conventional PLC and the proposed CFPID control.