Abstract
The primary objective of a control system is stability and steady-state performance under varying dynamics, such as faults and disturbances. The stable Smart Grid (SG) should continue to function properly in case of faults and disturbances. Stability of the SGs find applications in various domains, such as power delivery through on the other side, we also propose a bi-directional model for SG and Data Centers (DCs). The goal of this research work is to increase the steady-state performance of the SG through computational capabilities of the DCs. The SGs’ jobs include Optimal Power Flow (OPF) calculation, bus importance index, and transmission line importance index. Furthermore, a Service Level Agreement (SLA) between DCs and SGs showing mutual benefits. We provide a conceptual model for bi-directional ancillary services between two parties, namely SG and Cloud Data Centers (CDCs). This model is discussed in-the-light-of trust worthy agreement, accomplished through a service broker called as Coalition Manager (CM).
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