Design and installation of the andongan conductor

Oct 13, 2025 by talynt.org 31 views

Calculation of the Effect of Andongan Conductor on Corona Losses, Audible Noise, and Television Interference on the Transmission System (Application in the Transmission System 275 KV Pangkalan Susu - Binjai)

Introduction

In the field of high voltage transmission systems, such as the 275 kV System of Pangkalan Susu - Binjai, a number of side effects need to be considered. Among these are corona losses, audible noise, and television interference. These three phenomena are strongly influenced by the andongan conductor of the transmission, which can cause serious disorders if not managed properly. Therefore, it is essential to analyze the effect of this conductor andongan and ensure that the values produced remain within the permitted limits according to applicable standards.

Corona Losses

Corona loss is the loss of energy that occurs due to air ionization around the conductor when the high voltage is flowed. In this study, the largest corona loss value was found in the minimum conductor andongan condition, with a measurement result of 6.69 kw/km/phase at an average environmental temperature of 36.26 ° C and 6,345 kw/km/phase at a maximum temperature of 36.9 ° C. Determination of this condition is crucial for the planning and maintenance of the transmission system, in order to prevent unnecessary energy loss and reduce operational costs.

The corona loss is a significant concern in high voltage transmission systems, as it can lead to a substantial reduction in the efficiency of the system. The andongan conductor plays a vital role in determining the level of corona loss, and it is essential to ensure that the conductor is designed and installed correctly to minimize this loss. The results of this study highlight the importance of considering the andongan conductor in the design and operation of high voltage transmission systems.

Audible Noise

Audible noise is the sound produced by the flow of electric current, which can interfere with the comfort of the lives of the people around the transmission path. In this study, the largest audible noise was measured in the BPA and Tlcalc 2001 methods in maximum Andongan conditions, each of 8 dB (A) and 6.33 dB (A). The standards used, such as SPLN 46-1-1981 and Perry criteria, provide a clear limit to the acceptable noise level, so it is essential to keep the audible noise level not exceeding the specified threshold.

The audible noise is a significant concern in high voltage transmission systems, as it can have a negative impact on the quality of life of people living near the transmission path. The andongan conductor can contribute to the generation of audible noise, and it is essential to ensure that the conductor is designed and installed correctly to minimize this noise. The results of this study highlight the importance of considering the andongan conductor in the design and operation of high voltage transmission systems.

Television Interference

Television interference, or television signal disorder, is a phenomenon that can interfere with the quality of television broadcasts in the area around the transmission path. This study shows that the highest disturbance value in the BPA method reached 28.75 DBUV/M, while in the 2001 TLCALC method, the disturbance value reached 33.42 DBUV/M. By knowing the amount of this disorder, appropriate precautions can be taken, so that people still get quality television services.

The television interference is a significant concern in high voltage transmission systems, as it can have a negative impact on the quality of television broadcasts. The andongan conductor can contribute to the generation of television interference, and it is essential to ensure that the conductor is designed and installed correctly to minimize this interference. The results of this study highlight the importance of considering the andongan conductor in the design and operation of high voltage transmission systems.

Conclusion

Overall, the results of the study show the importance of the effect of conductor andongan on corona losses, audible noise, and television interference in the transmission system 275 KV Pangkalan Susu - Binjai. By conducting an appropriate analysis and based on established standards, we can minimize the negative impacts caused by this high voltage transmission system. In-depth understanding of these three effects and methods of measurement and analysis can help in the planning and operation of a more efficient and environmentally friendly transmission system.

Recommendations

Based on the results of this study, the following recommendations can be made:

Design and installation of the andongan conductor: The andongan conductor should be designed and installed correctly to minimize corona losses, audible noise, and television interference.
Regular maintenance of the transmission system: Regular maintenance of the transmission system is essential to prevent unnecessary energy loss and reduce operational costs.
Use of established standards: Established standards, such as SPLN 46-1-1981 and Perry criteria, should be used to determine the acceptable noise level and minimize the negative impacts caused by the high voltage transmission system.
In-depth understanding of the andongan conductor: In-depth understanding of the andongan conductor and its effects on corona losses, audible noise, and television interference is essential to plan and operate a more efficient and environmentally friendly transmission system.

Future Research Directions

Future research directions can include:

Investigation of the effects of different andongan conductor designs: Investigation of the effects of different andongan conductor designs on corona losses, audible noise, and television interference.
Development of new methods for measuring and analyzing corona losses, audible noise, and television interference: Development of new methods for measuring and analyzing corona losses, audible noise, and television interference.
Investigation of the effects of environmental factors on corona losses, audible noise, and television interference: Investigation of the effects of environmental factors on corona losses, audible noise, and television interference.

By conducting further research in these areas, we can gain a deeper understanding of the effects of the andongan conductor on corona losses, audible noise, and television interference, and develop more efficient and environmentally friendly transmission systems.
Frequently Asked Questions (FAQs) about the Effect of Andongan Conductor on Corona Losses, Audible Noise, and Television Interference

Q: What is the andongan conductor and how does it affect the transmission system?

A: The andongan conductor is a type of conductor used in high voltage transmission systems. It can affect the transmission system by causing corona losses, audible noise, and television interference.

Q: What are corona losses and how do they affect the transmission system?

A: Corona losses are the loss of energy that occurs due to air ionization around the conductor when the high voltage is flowed. They can lead to a substantial reduction in the efficiency of the transmission system.

Q: What is audible noise and how does it affect the transmission system?

A: Audible noise is the sound produced by the flow of electric current, which can interfere with the comfort of the lives of the people around the transmission path. It can have a negative impact on the quality of life of people living near the transmission path.

Q: What is television interference and how does it affect the transmission system?

A: Television interference, or television signal disorder, is a phenomenon that can interfere with the quality of television broadcasts in the area around the transmission path. It can have a negative impact on the quality of television broadcasts.

Q: How can the effects of the andongan conductor be minimized?

A: The effects of the andongan conductor can be minimized by designing and installing the conductor correctly, conducting regular maintenance of the transmission system, and using established standards to determine the acceptable noise level.

Q: What are the benefits of understanding the effects of the andongan conductor?

A: Understanding the effects of the andongan conductor can help in the planning and operation of a more efficient and environmentally friendly transmission system.

Q: What are the potential consequences of not considering the effects of the andongan conductor?

A: Not considering the effects of the andongan conductor can lead to unnecessary energy loss, reduced operational efficiency, and negative impacts on the quality of life of people living near the transmission path.

Q: How can the andongan conductor be designed and installed to minimize its effects?

A: The andongan conductor can be designed and installed to minimize its effects by using established standards, conducting regular maintenance, and using materials and designs that minimize corona losses, audible noise, and television interference.

Q: What are the future research directions for understanding the effects of the andongan conductor?

A: Future research directions include investigating the effects of different andongan conductor designs, developing new methods for measuring and analyzing corona losses, audible noise, and television interference, and investigating the effects of environmental factors on corona losses, audible noise, and television interference.

Q: How can the results of this study be applied to real-world transmission systems?

A: The results of this study can be applied to real-world transmission systems by using established standards, conducting regular maintenance, and using materials and designs that minimize corona losses, audible noise, and television interference.

Q: What are the limitations of this study and how can they be addressed in future research?

A: The limitations of this study include the use of a single andongan conductor design and the lack of consideration of environmental factors. These limitations can be addressed in future research by investigating the effects of different andongan conductor designs and environmental factors on corona losses, audible noise, and television interference.