propose a Comparative Analysis of AGC of Multi-Area Multi-sources Hydro-Thermal Power System Inter-connected with HVDC Link under Regulated and Deregulated Environment Power System using the Conventional PID and Hybrid Multi-Level Neuro-Fuzzy Controller

AGC multi-area, multi-source design using PID FUZZY, PID-FUZZY-DG, PID-FUZZY-HVDC, PID-NEURO-FUZZY........
AGC of Multi-Area Thermal Power System with the Impact of Distribution Generation on the System Frequency using the Conventional PID & Adaptive Neuro-Fuzzy Controller.
2. To compare the Performance evaluation of Automatic Generation Control (AGC) of Multi-Area Power System with the impact of HVDC Links on the System Frequency using the Conventional PID and the hybrid Neuro-Fuzzy Controller.
3. To propose a Comparative Analysis of AGC of Multi-Area Multi-sources Hydro-Thermal Power System Inter-connected with HVDC Link under Regulated and Deregulated Environment Power System using the Conventional PID and Hybrid Multi-Level Neuro-Fuzzy Controller. The operating under deregulated environment considering the following: (i) Poolco based transaction, (ii) Poolco plus bilateral based transactions, and (iii) contract violations based transactions. The effect of incorporating the dynamics of DC link in parallel with AC link in system dynamic model on system dynamic.