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The uniqueness of power system designs for oilfield distribution is seldom acknowledged or addressed. Utilities provide construction typical of either commercial or rural applications. Oilfields commonly have large concentrated loads separated by thousands of feet. To minimize line losses, medium-voltage power is distributed and stepped down at the point of use. In addition to common load flow analysis...
This paper focuses on the study of the high failure rate of energy meters installed in low voltage networks in rural areas with high keraunic level in the departmento de Caldas. The methodology implemented in this study enables the analysis of failure root cause, the calculation of failure rates and also the identification of the critical zone of meter failure. In addition, conventional solutions...
The uniqueness of power system designs for oilfield distribution is seldom acknowledged or addressed. Utilities provide construction typical of either commercial or rural applications. Oilfields commonly have large concentrated loads separated by thousands of feet. To minimize line losses, medium voltage power is distributed and stepped-down at the point of use. In addition to common load flow analysis...
This paper undertakes the study of failures in energy meters installed in low-voltage power network. The objective is to find a way to reduce the high failure rate that this type of equipment currently presents in the eastern zone of the departmento de Caldas, especially in the areas of greatest keraunic level. The methodology implemented enables root cause analysis, the proposal of remedial actions...
Grounding in a distribution system is important to reduce the lightning voltage surges that are transferred from medium voltage to the low voltage network through distribution transformers. These overvoltages produce several damages in equipments connected to distribution system and can cause outages of the electrical power supply bringing economic costs to both electric utility and customer. In this...
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