| 摘要 |
<P>PROBLEM TO BE SOLVED: To provide a method and a program for optimizing the installation position of an automatic voltage regulator. <P>SOLUTION: In case of mode 1, the optimum installation position of SVR becomes m=0. Then, the voltage difference between the line voltage and the lower limit value V<SP>min</SP>of a voltage controlled value at the terminal of a system becomes tolerance. In case of mode 2, the distance m from a substation 2 is obtained so that the upper limit tolerance being the voltage difference between the upper limit V<SP>max</SP>of the voltage controlled value and the secondary line voltage of SVR8 and the lower limit tolerance being the voltage difference between the primary line voltage of SVR8 and the lower limit value V<SP>min</SP>of the voltage controlled value may agree with each other. In case of mode 3, the distance m from the substation 2 is obtained so that the upper limit tolerance being the voltage difference between the upper limit V<SP>max</SP>of the voltage controlled value and the secondary line voltage of SVR8 and the lower limit tolerance being the voltage difference between the line voltage at the terminal of the system and the lower limit value V<SP>min</SP>of the voltage controlled value may agree with each other. <P>COPYRIGHT: (C)2007,JPO&INPIT |
