The Role of Distributed Generation in the Distribution System

Oct 13, 2025 by miodeya.com 115 views

The Influence of Distributed Generation on Transient Stability in the Distribution System: A Case Study of TL 2 GI Tele Feeders

Introduction

The world of electricity is undergoing a significant transformation with the increasing presence of Distributed Generation (DG) in the distribution network. In the context of the TL 2 GI Tele feeder connected to the PLTMH AEK cross and PLTMH Aek Sibundong, both with a capacity of 750 KW each, this study aims to analyze the effect of DG capacity on the stability of the electricity distribution system, particularly in transient conditions such as three-phase short-circuit disorders and load release.

The Role of Distributed Generation in the Distribution System

Distributed Generation is a source of energy produced from several separate locations in the distribution network, such as the Microhydro Power Plant (PLTMH) which is around the TL 2 GI telephone feeder. One of the main impacts of this DG is its influence on the stability of the distribution system, especially in dealing with disturbances. When the condition is only connected to one DG, namely by crossing, the system can be stable again after the interference. This shows that although the available capacity is small, the system is still able to maintain its stability.

The Impact of DG on System Stability

However, when the system is connected with two DGs, namely by cross and sibundong, observed that the value of the rotor angles is higher with a higher voltage, fixed frequency, and time reaches a faster stability. This phenomenon shows that a larger capacity and support from additional dg can help speed up the system of recovery of the system from interference. The stability of a higher rotor angle when connected with two by explaining that there is a synergy that occurs between the two sources of the generator. This synergy increases the system response to disturbances, thereby accelerating recovery and maintaining the quality of voltage in the distribution network.

The Importance of Planning and Integration in the Distribution System

The results of this study also highlighted the importance of planning and integration in the distribution system. Through the right arrangement, DG can function not only as an energy provider, but also as a counterweight to tissue stability, especially in transient conditions. In the context of better distribution network development, the application of more varied and controlled DG technology is very necessary. This research provides important insights for stakeholders in the electricity industry to explore and optimize the application of DG in improving the overall distribution network performance.

The Benefits of Distributed Generation in the Distribution System

The benefits of DG in the distribution system are numerous. With two DG connected conditions, the system is not only able to overcome disturbances better, but can also accelerate the recovery process, maintain voltage, and increase the stability of the rotor angle. The increase in the number and capacity of DG must continue to be studied and developed to support the stability and reliability of the electricity distribution system in the future.

Conclusion

In conclusion, this study has shown that distributed generation in the distribution system, such as the feeder of TL 2 GI Tele, has a significant influence on the stability of the system. With two DG connected conditions, the system is not only able to overcome disturbances better, but can also accelerate the recovery process, maintain voltage, and increase the stability of the rotor angle. The increase in the number and capacity of DG must continue to be studied and developed to support the stability and reliability of the electricity distribution system in the future.

Recommendations

Based on the findings of this study, the following recommendations are made:

The electricity industry should continue to explore and optimize the application of DG in improving the overall distribution network performance.
The development of more varied and controlled DG technology is necessary to support the stability and reliability of the electricity distribution system.
The increase in the number and capacity of DG must continue to be studied and developed to support the stability and reliability of the electricity distribution system in the future.

Future Research Directions

Future research directions include:

Investigating the impact of DG on the stability of the distribution system in different scenarios, such as changes in load and generation patterns.
Developing more advanced DG technologies that can provide better stability and reliability to the distribution system.
Exploring the potential of DG in supporting the integration of renewable energy sources into the distribution system.

References

[List of references cited in the study]

Appendix

[Appendix containing additional information, such as tables, figures, and data]

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Frequently Asked Questions (FAQs) about Distributed Generation and Transient Stability in the Distribution System

Q: What is Distributed Generation (DG)?

A: Distributed Generation is a source of energy produced from several separate locations in the distribution network, such as the Microhydro Power Plant (PLTMH) which is around the TL 2 GI telephone feeder.

Q: How does DG affect the stability of the distribution system?

A: DG can have a significant influence on the stability of the distribution system, especially in dealing with disturbances. When the system is connected with two DGs, the value of the rotor angles is higher with a higher voltage, fixed frequency, and time reaches a faster stability.

Q: What is the benefit of having two DGs connected in the distribution system?

A: With two DG connected conditions, the system is not only able to overcome disturbances better, but can also accelerate the recovery process, maintain voltage, and increase the stability of the rotor angle.

Q: How can DG be used to support the integration of renewable energy sources into the distribution system?

A: DG can be used to support the integration of renewable energy sources into the distribution system by providing a stable and reliable source of energy. This can help to mitigate the impact of variable renewable energy sources on the distribution system.

Q: What is the importance of planning and integration in the distribution system?

A: Planning and integration are crucial in the distribution system to ensure that DG can function not only as an energy provider, but also as a counterweight to tissue stability, especially in transient conditions.

Q: What are the benefits of using DG in the distribution system?

A: The benefits of using DG in the distribution system include:

Improved stability and reliability of the distribution system
Increased flexibility and adaptability of the distribution system
Reduced greenhouse gas emissions and other environmental impacts
Improved energy efficiency and reduced energy losses

Q: How can DG be used to support the stability and reliability of the distribution system?

A: DG can be used to support the stability and reliability of the distribution system by:

Providing a stable and reliable source of energy
Mitigating the impact of variable renewable energy sources on the distribution system
Improving the flexibility and adaptability of the distribution system
Reducing greenhouse gas emissions and other environmental impacts

Q: What are the future research directions for DG in the distribution system?

A: Future research directions for DG in the distribution system include:

Investigating the impact of DG on the stability of the distribution system in different scenarios, such as changes in load and generation patterns
Developing more advanced DG technologies that can provide better stability and reliability to the distribution system
Exploring the potential of DG in supporting the integration of renewable energy sources into the distribution system

Q: What are the recommendations for the electricity industry regarding DG in the distribution system?

A: The recommendations for the electricity industry regarding DG in the distribution system include:

Continuing to explore and optimize the application of DG in improving the overall distribution network performance
Developing more varied and controlled DG technology to support the stability and reliability of the electricity distribution system
Increasing the number and capacity of DG to support the stability and reliability of the electricity distribution system in the future.