| Title |
An Optimal Rescheduling of Power Generation to Constrain the EM Field Emitted from Power Transmission Lines |
| Authors |
김종형(Kim, Jong-Hyeong) ; 신명철(Sin, Myeong-Cheol) ; 라완수(Ra, Wan-Su) ; 박일한(Park, Il-Han) |
| Keywords |
Electromagnetic Field(EMF) ; Optimal Power Flow(OPF) ; Sensitivity Analysis |
| Abstract |
Power utilities must satisfy both supplying high quality power economically and reducing EMF levels. In general, in order to reduce EMF levels from transmission line, it is effective to install shielding wires, configure wires with minimal space or modify structure of other conductors, etc., but these techniques require much cost and time. To some extent, the EMF levels associated with critical transmission lines can be reduced by redistributing the scheduled power generation, since it can change the power flows. There this technique can be readily applied without modifying other structures. This paper considers the OPF(Optimal Power Flow) with the EMF constraints in transmission lines to determine the power generation redistributions and demonstrates numerically the effectiveness of the approach. |