[ Etude de l’impact des pollueurs de l’énergie électrique domestique: Cas du réseau de distribution MT/BT du quartier Kakifuluwe, cabine de transformation CDM ]
Volume 41, Issue 1, November 2023, Pages 115–124
Daniel Kasongo Monga Muswa1 and Patric Makanta Kaela2
1 Institut Supérieur des Techniques Appliquées de Kolwezi, Section Electricité industrielle, RD Congo
2 Institut Supérieur des Techniques Appliquées de Kolwezi, Section Electricité industrielle, RD Congo
Original language: French
Copyright © 2023 ISSR Journals. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
For electrical engineers, the transit of power between the source and the consuming load must respect the principle of balance. Unfortunately, this balance is affected by pollution of the power consumed, through the polluting loads of electrical energy. From where an instability in tension and in power appear; one of the causes of this instability corresponds to a high load. In the case of the medium voltage-low voltage network, this is due to the growing increase in demand and a large transfer. of energy between the source of energy which is the transformer cabin and the consumers, which are the subscribers of the SNEL company. The SNEL network is subject to voltage instability because the load becomes too high than expected and the risk is all the greater when the consumption of reactive energy is also greater than expected. The low voltage electricity network of the city of Kolwezi is not spared from electrical energy pollution, the quality of the voltage and the power even consumed daily leaves something to be desired and raises more questions.
Author Keywords: Polluters, impact, electrical energy.
Volume 41, Issue 1, November 2023, Pages 115–124
Daniel Kasongo Monga Muswa1 and Patric Makanta Kaela2
1 Institut Supérieur des Techniques Appliquées de Kolwezi, Section Electricité industrielle, RD Congo
2 Institut Supérieur des Techniques Appliquées de Kolwezi, Section Electricité industrielle, RD Congo
Original language: French
Copyright © 2023 ISSR Journals. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
Abstract
For electrical engineers, the transit of power between the source and the consuming load must respect the principle of balance. Unfortunately, this balance is affected by pollution of the power consumed, through the polluting loads of electrical energy. From where an instability in tension and in power appear; one of the causes of this instability corresponds to a high load. In the case of the medium voltage-low voltage network, this is due to the growing increase in demand and a large transfer. of energy between the source of energy which is the transformer cabin and the consumers, which are the subscribers of the SNEL company. The SNEL network is subject to voltage instability because the load becomes too high than expected and the risk is all the greater when the consumption of reactive energy is also greater than expected. The low voltage electricity network of the city of Kolwezi is not spared from electrical energy pollution, the quality of the voltage and the power even consumed daily leaves something to be desired and raises more questions.
Author Keywords: Polluters, impact, electrical energy.
Abstract: (french)
Pour les ingénieurs électriciens, le transit de puissance entre la source et la charge consommatrice doit respecter le principe d’équilibre. Malheureusement cet équilibre est affecté par une pollution de la puissance consommée, à travers les charges pollueuses d’énergie électriques. D’où une instabilité en tension et en puissance se manifeste; l’une des causes de cette instabilité correspond à une charge élevée. Dans le cas du réseau moyenne tension-basse tension, ceci est dû à l’augmentation croissante de la demande et à un large transfert d’énergie entre la source d’énergie qui est la cabine de transformation et les consommateurs, qui sont les abonnés SNEL. Le réseau SNEL est sujet d’instabilité en tension du fait que, la charge devient trop importante que celle prévue et le risque est d’autant plus grand que la consommation de l’énergie réactive est également plus grande que prévue. Le réseau électrique basse tension de la ville de Kolwezi, n’est pas épargné de la pollution en énergie électrique, la qualité de la tension et de la puissance même consommée quotidiennement laisse à désirer et suscite plus d’interrogations.
Author Keywords: Pollueurs, impact, Energie électrique.
How to Cite this Article
Daniel Kasongo Monga Muswa and Patric Makanta Kaela, “Study of the impact of domestic electric energy polluters: Case of the MV/LV distribution network in the Kakifuluwe district, CDM transformer cabin,” International Journal of Innovation and Applied Studies, vol. 41, no. 1, pp. 115–124, November 2023.
