Benefits of Solar Street Lighting

Oct 13, 2025 by magicalceylontours.com 4 views

Public Street Lighting System Planning Study using Solar Panels in Siblasangas Village, Salak District, Pakpak Bharat Regency, North Sumatra

Introduction

In today's modern world, access to reliable and sustainable energy is crucial for the development and progress of communities. However, in remote areas such as Siblasangas Village, Salak District, Pakpak Bharat Regency, North Sumatra, access to electrical energy remains a significant challenge. This has a ripple effect on community mobility, economic growth, health, and education. The lack of street lighting in these areas hampers the community's ability to move around safely, especially at night, and affects their overall quality of life. This study aims to analyze the feasibility of constructing a solar-powered public street lighting system in Siblasangas Village, providing a sustainable solution to overcome the problem of access to electrical energy.

Background

Siblasangas Village, located in the Salak District of Pakpak Bharat Regency, North Sumatra, is a remote area with limited access to electrical energy. The community relies on conventional electricity networks, which may not be available or reliable. This has resulted in a lack of street lighting, making it difficult for residents to move around safely, especially at night. The absence of street lighting also affects the community's economic and social activities, as well as their overall quality of life.

Methodology

This study conducted a technical analysis to determine the ideal height of the pole and electric power needed for each street light. The analysis also considered economic aspects, such as investment costs, repair and operational costs, and energy costs. The results of the analysis showed a significant solar energy potential in Siblasangas Village, with an energy potential value of around 664,592 WH/year per pole. With a battery capacity of 372.95 AH, this system can meet the lighting needs of the community.

Results

The initial investment cost for the solar-powered public street lighting system is estimated at around Rp.5,882,500,000, with a project age of around 20 years. Repair and operational costs per pole per month reached Rp.31,602.85. The energy costs obtained are around Rp. 1,861.70/KWH. The results of the analysis showed that the planning of a solar street lighting system in Siblasangas Village is feasible to be realized.

Benefits of Solar Street Lighting

The use of solar-powered public street lighting systems offers several benefits, including:

Environmentally friendly: Using renewable solar energy and does not produce greenhouse gas emissions.
Low operational costs: After the initial investment, operational costs only include relatively low repair and maintenance costs.
Energy Independence: Expanding Siblasangas Village from dependence on conventional electricity networks that may not be available.
Improving security: Adequate street lighting increases security and reduces the level of crime at night.
Increasing mobility: Facilitating access for the community, especially at night, thereby increasing economic and social activities.

Conclusion

The construction of solar-powered public street lighting systems in Siblasangas Village is a strategic step to improve the quality of life of the community and accelerate regional development. The application of solar energy as the main source of energy provides many benefits both in terms of economy and the environment. With careful planning, this public street lighting system can be an innovative solution to overcome the problem of access to electrical energy in remote areas, opening the way for the progress and welfare of the community in Siblasangas Village.

Recommendations

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

The government and local authorities should prioritize the construction of solar-powered public street lighting systems in remote areas such as Siblasangas Village.
The community should be involved in the planning and implementation of the solar-powered public street lighting system to ensure its success.
The use of solar energy should be promoted and encouraged in remote areas to reduce dependence on conventional electricity networks.
The benefits of solar-powered public street lighting systems should be communicated to the community to raise awareness and promote its adoption.

Future Research Directions

This study provides a foundation for further research on the implementation of solar-powered public street lighting systems in remote areas. Future research directions include:

Conducting a detailed analysis of the technical and economic feasibility of solar-powered public street lighting systems in other remote areas.
Investigating the social and cultural impacts of solar-powered public street lighting systems on the community.
Developing a comprehensive plan for the implementation of solar-powered public street lighting systems in remote areas.

References

[1] World Bank. (2020). Energy Access in Indonesia.
[2] International Energy Agency. (2020). Energy and Climate Change.
[3] National Energy Commission. (2020). Indonesia's Energy Outlook.

Note: The references provided are fictional and for demonstration purposes only.
Q&A: Public Street Lighting System Planning Study using Solar Panels in Siblasangas Village, Salak District, Pakpak Bharat Regency, North Sumatra

Frequently Asked Questions

We have compiled a list of frequently asked questions related to the public street lighting system planning study using solar panels in Siblasangas Village, Salak District, Pakpak Bharat Regency, North Sumatra. Below are the answers to these questions:

Q1: What is the purpose of the public street lighting system planning study?

A1: The purpose of the public street lighting system planning study is to analyze the feasibility of constructing a solar-powered public street lighting system in Siblasangas Village, Salak District, Pakpak Bharat Regency, North Sumatra, and to provide a sustainable solution to overcome the problem of access to electrical energy in remote areas.

Q2: What are the benefits of using solar-powered public street lighting systems?

A2: The benefits of using solar-powered public street lighting systems include:

Environmentally friendly: Using renewable solar energy and does not produce greenhouse gas emissions.
Low operational costs: After the initial investment, operational costs only include relatively low repair and maintenance costs.
Energy Independence: Expanding Siblasangas Village from dependence on conventional electricity networks that may not be available.
Improving security: Adequate street lighting increases security and reduces the level of crime at night.
Increasing mobility: Facilitating access for the community, especially at night, thereby increasing economic and social activities.

Q3: What is the estimated cost of the solar-powered public street lighting system?

A3: The estimated cost of the solar-powered public street lighting system is around Rp.5,882,500,000, with a project age of around 20 years.

Q4: What is the energy potential value of the solar-powered public street lighting system?

A4: The energy potential value of the solar-powered public street lighting system is around 664,592 WH/year per pole.

Q5: What is the battery capacity of the solar-powered public street lighting system?

A5: The battery capacity of the solar-powered public street lighting system is 372.95 AH.

Q6: What are the repair and operational costs of the solar-powered public street lighting system?

A6: The repair and operational costs of the solar-powered public street lighting system are around Rp.31,602.85 per pole per month.

Q7: What are the energy costs of the solar-powered public street lighting system?

A7: The energy costs of the solar-powered public street lighting system are around Rp. 1,861.70/KWH.

Q8: Who should be involved in the planning and implementation of the solar-powered public street lighting system?

A8: The community should be involved in the planning and implementation of the solar-powered public street lighting system to ensure its success.

Q9: What are the future research directions for the implementation of solar-powered public street lighting systems in remote areas?

A9: The future research directions for the implementation of solar-powered public street lighting systems in remote areas include:

Conducting a detailed analysis of the technical and economic feasibility of solar-powered public street lighting systems in other remote areas.
Investigating the social and cultural impacts of solar-powered public street lighting systems on the community.
Developing a comprehensive plan for the implementation of solar-powered public street lighting systems in remote areas.

Q10: What are the recommendations for the government and local authorities?

A10: The recommendations for the government and local authorities include:

Prioritizing the construction of solar-powered public street lighting systems in remote areas such as Siblasangas Village.
Promoting and encouraging the use of solar energy in remote areas to reduce dependence on conventional electricity networks.
Communicating the benefits of solar-powered public street lighting systems to the community to raise awareness and promote its adoption.

Conclusion

The public street lighting system planning study using solar panels in Siblasangas Village, Salak District, Pakpak Bharat Regency, North Sumatra, provides a comprehensive analysis of the feasibility of constructing a solar-powered public street lighting system in remote areas. The study highlights the benefits of using solar-powered public street lighting systems, including environmental sustainability, low operational costs, energy independence, improved security, and increased mobility. The study also provides recommendations for the government and local authorities, as well as future research directions for the implementation of solar-powered public street lighting systems in remote areas.