Effectiveness of CC-FO Hybrid controller over PID,FOTID,3DOF-PID for LFC of Solar,Wind & EV based multisource system

Conventional energy may soon run out in the next epochs. In order to supplement the usage of conventional energy in the power sectors, non-conventional energy sources must be employed. Because solar and wind qualities alternate quickly with changes in atmospheric phenomenon, this would cause synchronisms in the power systems to be lost. Forced allowance is used by automatic generation control (AGC) to improve frequency deviation within a given range. A new cascade fractional order hybrid controller combination of PID, FOTID, 3DOF-PID, and PID has been developed and its stability performance has been tested in a deregulated structure. For the suggested system in a deregulated environment, the objective of this article is to design a new architecture controller called cascade fractional order (CC-FO) to replace the current control. Based on the earlier analysis, we have demonstrated that in the event of step load disruptions the proposed CC-FO hybrid controller bring the system to zero frequency deviation and tie-line power in the shortest time possible.