M. C. Ramachandran, K. Elango
In the power system to expanding Transmission network lines, Transmission expansion planning (TEP) is generally determined by peak demands. To improve the efficiency and sustainability of energy systems, attention has been paid to demand response programs (DRPs) and distributed generation (DG). DRPs and DG will also have significant impacts on the controllability and economics of power systems, from short-term scheduling to long-term scheduling planning. In this system, a non-linear economic design for responsive loads is introduced, based on the price flexibility of demand and the customers’ benefit function. If any outages of generation system need power to balancing of power demand to implement wind and compensator. The planning Methodology is then demonstrated on an IEEE 14-bus system in order to show the feasibility of the proposed algorithm.
Transmission expansion planning, demand response programs, distributed generation, demand