Proposal of Load Rejection Scheme Due to Minimum voltage in the Moyobamba – Tarapoto System at 138 Kv
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Published:
Feb 27, 2024
Keywords:
Minimun voltage, load reject, unforeseen failures
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Abstract
The research begins with the objective of mitigating supply interruptions in the Cajamarca Norte – Caclic – Belaunde Terry – Moyobamba – Tarapoto – Juanji – Tochache – Aucayacu – Tingo María transmission system, through a proposal for an automatic load rejection scheme based on the detection of minimum voltage levels, and through the selective disconnection of specific loads in the system. To obtain the proposal for the automatic load rejection scheme, initially an exploration of the theoretical concepts involved in our research was carried out, to then collect the required information to help update the analyzed electrical system and validate our proposed results. After obtaining the results of various scenarios, it was possible to determine the optimal percentage for automatic load rejection in the studied system. Which allowed us to clearly observe the impact of the reset of the voltage values after the automatic load rejections were carried out. At the conclusion of the investigation, it was determined that the Belaunde Terry, Moyobamba, Tarapoto and Bellavista substations are the most sensitive to variations in electrical voltage, which makes them more susceptible to reaching the point of collapse with minimum levels of voltage. Based on this observation, it is suggested to include the participation of the loads of these substations in the load rejection scheme when the voltage reaches critical levels.
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Tirado Salazar, R., Hernández Moreno, S. A., & Vives Garnique, J. (2024). Proposal of Load Rejection Scheme Due to Minimum voltage in the Moyobamba – Tarapoto System at 138 Kv. Ingenio Magno, 14(2), 33 - 44. Retrieved from http://revistas.ustatunja.edu.co/index.php/ingeniomagno/article/view/2934
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[4] D. A. Rodriguez castillo, artist, criterios, metodología y desarrollo de un esquema de rechazo de carga por mínima frecuencia para el sistema eléctrico peruano. [art]. Universisdad nacional de ingenieria, 2003.
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[9] R. Kanimozhi, k. Selvi and k. Balaji, "multi-objective approach for load shedding based on voltage stability index consideration," department of electrical and electronics engineering, bit campus, anna university – tiruchirappalli, tamil nadu 620024, india; department of electrical and electronics engineering, thiagarajar college of engineering, madurai, tamil nadu, india, p. 9, 2014.
[10] Ministerio de energia y minas, "codigo nacional de suministro," codigo nacional de suministro, p. 328, 2011.
[11] Osinergmin, "norma técnica para la coordinación de la operación en tiempo real de los sistemas interconectados," osinergmin, lima, 2005.
a. Charles k. And s. Matthew n.o., fundamentos de circuitos eléctricos, mexico: mcgraw-hill/interamericana editores s,a,, 2006.
b.
[12] E. Ighodalo okhueleigbe and j. Ailenokhuoria ogbekhiulu, "utilization of under frequency load shedding (ufls) and under voltage load shedding (uvls) schemes in improving voltage level at injection substations," department of electrical / electronic engineering, federal university of petroleum resources effurun, p. 88, 2017.
[13] P. Kundur, power system stability and control, united states of america: mcgraw-hill, 1994.
[14] P. Ledesma, regulación de frecuencia y potencia, madrid: universidad carlos iii de madrid, 2008.
[15] Operating committe, "remedial action scheme design guide," remedial action scheme design guide, p. 26, 2006.
[16] E. Y. Pauccara hancco, artist, minimizar el rechazo de carga por mínima frecuencia en la barra 220kv las bambas del sistema sur sein aplicando estabilizadores de sistemas de potencia (pss). [art]. Universidad nacional san agustin, 2017.