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The calculation of the reliability of the electric power system can be analyzed from how often a system experiences interference / how often the power goes out. Data from the disturbance of a system can be calculated using the LOLP (Loss of Load Probability) formula. The smaller the LOLP value means that a system is less likely to experience disruption and the investment required to support it will also be even greater. PLN sets the LOLP risk level value one day per year. For LOLP calculations, it can be calculated manually or with an assistance program. In this study, a calculation program will be proposed using Matlab, and a comparison of the calculation results and system operating time using the Mic Excell and the Matlab program. The results of LOLP calculations with Excell and Matlab have a deviation of below 1%. So that the proposed program is declared valid. Meanwhile, the processing time with Mic Excell and Matlab shows a very high contrast. This is because with the addition of the Mic Excell generating unit, you have to calculate the LDC value for each additional generator, this causes the Excell process to take longer. Meanwhile, the calculation process using Matlab obtained a shorter time and simpler input.

Perhitungan Keandalan Pembangkit Loss of Load Probability (LOLP) untuk N unit Pembangkit