Distribution and Transmission Laboratory

Oct 13, 2025 by wbrum.org 54 views

Development of Transmission Experiment in the Distribution and Transmission Laboratory in FT-USU

Introduction

The Faculty of Electrical Engineering, University of North Sumatra (FT-USU) is a renowned institution that provides quality education in the field of electrical engineering. One of the key activities in the Distribution and Transmission Laboratory of this faculty is the Pratikum Power System, which is a hands-on experiment that students must follow. This laboratory is equipped with various facilities that enable students to conduct important experiments, including short transmission channels, medium transmission channels, and shunt compensation in the medium transmission channel. The primary objective of this laboratory is to provide students with a deeper understanding of the electrical transmission system and its various components.

Importance of Transmission Experiment in the Distribution and Transmission Laboratory

The development of experiments in the Distribution and Transmission Laboratory is crucial in understanding the impact of loading on voltage and efficiency regulations. The load increase in the transmission channel has a significant effect on the channel tension at the end of the sender (VS) and the receiving end (VR). This phenomenon causes changes in voltage regulations and transmission efficiency. Therefore, it is essential to conduct experiments that can analyze the effects of loading on the transmission channel.

Objectives of the Study

The primary objective of this study is to expand the existing experiment scenario, especially in the medium transmission channel. Some of the experiments that can be conducted include:

Compensation for the shunt reactor at the load end
Compensation of the shunt reactor at both ends
Compensation for the capacitor of the series at the load end
Combination of shunt reactor compensation and series capacitors

These experiments will enable students to analyze the effects of different compensation methods on the transmission channel and understand the impact of loading on voltage and efficiency regulations.

Methodology

To analyze the test results, the nominal PI method can be applied. This method allows observers to observe changes in transmission efficiency and voltage regulation in an electric power system. In this way, students not only learn theory, but also apply it in practical testing.

Significance of the Study

The development of experiments in the Distribution and Transmission Laboratory is an important step in increasing students' understanding of the electrical transmission system. By carrying out more complex experiments, students are expected to be more prepared to face challenges in the industrial world and make a positive contribution to the development of electric power systems in Indonesia. The addition of practical values not only enriches student learning experiences, but also supports technological advances and efficiency in the management of electrical energy.

Conclusion

Success in the development of this experiment is also an important indicator for educational institutions in preparing competent graduates in the field of electrical engineering, especially in the energy distribution and transmission sector. By understanding the impact of the load on the transmission channel, students are expected to be able to design a more effective and efficient solution for the problems faced in the field.

Future Directions

The development of experiments in the Distribution and Transmission Laboratory is an ongoing process that requires continuous improvement and innovation. Future studies can focus on:

Developing new experiment scenarios that can analyze the effects of different compensation methods on the transmission channel
Conducting experiments that can analyze the effects of loading on voltage and efficiency regulations in different transmission channels
Developing new methods for analyzing test results and understanding the impact of loading on the transmission channel

By continuing to develop and improve the experiments in the Distribution and Transmission Laboratory, students can gain a deeper understanding of the electrical transmission system and its various components, and be better prepared to face challenges in the industrial world.

References

[1] Faculty of Electrical Engineering, University of North Sumatra. (2020). Distribution and Transmission Laboratory.
[2] Pratikum Power System. (2020). Faculty of Electrical Engineering, University of North Sumatra.
[3] Nominal PI Method. (2020). Electrical Engineering Handbook.

Note: The references provided are fictional and for demonstration purposes only.
Frequently Asked Questions (FAQs) about the Development of Transmission Experiment in the Distribution and Transmission Laboratory in FT-USU

Q: What is the primary objective of the Distribution and Transmission Laboratory in FT-USU?

A: The primary objective of the Distribution and Transmission Laboratory in FT-USU is to provide students with a deeper understanding of the electrical transmission system and its various components.

Q: What are the key activities that students must follow in the Distribution and Transmission Laboratory?

A: The key activities that students must follow in the Distribution and Transmission Laboratory include the Pratikum Power System, which is a hands-on experiment that enables students to conduct important experiments, including short transmission channels, medium transmission channels, and shunt compensation in the medium transmission channel.

Q: Why is the development of experiments in the Distribution and Transmission Laboratory important?

A: The development of experiments in the Distribution and Transmission Laboratory is crucial in understanding the impact of loading on voltage and efficiency regulations. The load increase in the transmission channel has a significant effect on the channel tension at the end of the sender (VS) and the receiving end (VR).

Q: What are some of the experiments that can be conducted in the Distribution and Transmission Laboratory?

A: Some of the experiments that can be conducted in the Distribution and Transmission Laboratory include:

Compensation for the shunt reactor at the load end
Compensation of the shunt reactor at both ends
Compensation for the capacitor of the series at the load end
Combination of shunt reactor compensation and series capacitors

Q: How can the test results be analyzed?

A: The test results can be analyzed using the nominal PI method, which allows observers to observe changes in transmission efficiency and voltage regulation in an electric power system.

Q: What are the benefits of conducting experiments in the Distribution and Transmission Laboratory?

A: The benefits of conducting experiments in the Distribution and Transmission Laboratory include:

Increasing students' understanding of the electrical transmission system
Preparing students to face challenges in the industrial world
Making a positive contribution to the development of electric power systems in Indonesia
Supporting technological advances and efficiency in the management of electrical energy

Q: What are the future directions for the development of experiments in the Distribution and Transmission Laboratory?

A: The future directions for the development of experiments in the Distribution and Transmission Laboratory include:

Developing new experiment scenarios that can analyze the effects of different compensation methods on the transmission channel
Conducting experiments that can analyze the effects of loading on voltage and efficiency regulations in different transmission channels
Developing new methods for analyzing test results and understanding the impact of loading on the transmission channel

Q: What is the significance of the study in the context of electrical engineering education?

A: The study is significant in the context of electrical engineering education because it provides students with a deeper understanding of the electrical transmission system and its various components. It also prepares students to face challenges in the industrial world and makes a positive contribution to the development of electric power systems in Indonesia.

Q: What are the implications of the study for the development of electric power systems in Indonesia?

A: The study has implications for the development of electric power systems in Indonesia because it provides a deeper understanding of the electrical transmission system and its various components. It also prepares students to face challenges in the industrial world and makes a positive contribution to the development of electric power systems in Indonesia.

Q: What are the limitations of the study?

A: The limitations of the study include:

The study is limited to the analysis of the effects of loading on voltage and efficiency regulations in the medium transmission channel.
The study does not consider the effects of other factors that may affect the transmission channel.

Q: What are the recommendations for future studies?

A: The recommendations for future studies include:

Conducting experiments that can analyze the effects of loading on voltage and efficiency regulations in different transmission channels.
Developing new methods for analyzing test results and understanding the impact of loading on the transmission channel.
Conducting studies that consider the effects of other factors that may affect the transmission channel.