PROJECT TITLE :
Investigation of Market-Based Demand Response Impacts on Security-Constrained Preventive Maintenance Scheduling
In recent years, load management (LM) programs have been contemplated as a vital choice in all energy policy decisions. Beneath deregulation, the scope of LM programs has been significantly expanded to incorporate demand response (DR) programs. Here, the market-based DR programs are regarded as a virtual resource for reserve provision. Basically, demand-facet reserve affects handling and controlling of power systems starting from short-term to long-term scheduling. Preventive maintenance scheduling (PMS) of generating units is addressed as a long-term scheduling in power system studies, that is affected by DR programs. During this paper, a replacement structure for security-constrained PMS related to DR programs is advised. So as to scrutinize the economic- and environmental-driven measures of DR programs, a brand new linearized formulation of value-and-emission-primarily based preventive maintenance drawback is presented. Here, the proposed framework is structured as a mixed-integer programming downside and solved employing a CPLEX solver. This model would schedule reserves provided by DR suppliers, maintenance scheme, and commitment status of generating units. Values of energy and reserves over the scheduling time horizon also are simultaneously determined during this paper. The IEEE Reliability Test System is utilized to demonstrate the effectiveness of the proposed structure.
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