Utilizing the entire roof area

Oct 13, 2025 by magicalceylontours.com 146 views

Planning for a Roof Solar Power Plant with an On-Grid System at the PTPN II General Hospital Tanjung Selamat Langkat, North Sumatra

Introduction

Indonesia has set a target to achieve Net Zero Emission by 2060, and one of the concrete steps is to encourage the use of new renewable energy (EBT), such as solar energy. The PTPN II General Hospital Tanjung Selamat in Langkat, North Sumatra, has a large roof area with great potential to implement Solar Power Plant (PLTS) technology with an on-grid system. This study aims to analyze the potential for the application of the roof PLTS using the Helioscope simulation to calculate the energy that can be produced and the installation costs.

Background

The use of solar energy has become increasingly popular in recent years due to its numerous benefits, including reducing dependence on fossil energy, reducing greenhouse gas emissions, and increasing energy efficiency. The PTPN II General Hospital Tanjung Selamat has a land area of 13.56 hectares, which provides a large roof area that can be utilized for solar energy production. The hospital's location in Langkat, North Sumatra, also receives an average of 2,500 hours of sunshine per year, making it an ideal location for solar energy production.

Methodology

This study analyzed three schemes for the application of the roof PLTS:

Utilizing the entire roof area: This scheme aims to maximize the energy potential produced by utilizing the entire roof area of the hospital.
Utilizing the installed power capacity of PLN: This scheme considers the power limit that can be connected to the PLN network, which is the state-owned electricity company in Indonesia.
Utilizing part of the roof area: This scheme aims to utilize a portion of the roof area, which can be a more economical option.

The analysis was conducted using the Helioscope simulation, which calculated the energy that can be produced and the installation costs for each scheme. The results of the analysis showed that:

Using the Solar Jinko Solar 72HL4 Module with a capacity of 550 WP, the potential energy produced reached 451.9 MWH per year using 669 solar modules and 3 inverter units. The investment needed for this scheme reaches Rp. 4,062,941,762.
By maximizing the installed power capacity of PLN, the energy potential produced reached 231.5 MWH per year with 340 solar modules and 2 inverter units. The investment for this scheme reaches Rp. 3,364,450,000.
Utilizing part of the roof area produces an energy potential of 42.48 MWH per year with 60 solar modules and 2 inverter units. The investment needed for this scheme is Rp. 594,648,251.

Analysis and Advantages of Implementing the ATAP PLTS

The application of PLTS ROOD ON-Grid at PTPN II Tanjung Selamat General Hospital has several advantages, including:

Savings of operational costs: The use of solar energy can reduce dependence on fossil energy, thereby reducing electricity costs. Increasing energy efficiency: The use of solar energy helps reduce greenhouse gas emissions, support the net zero emission target. Improve image and reputation: Hospitals can be an example in applying environmentally friendly technology and increasing public awareness of renewable energy. Strengthening energy security: Reducing dependence on the national electricity network, so it is better prepared to face electrical disorders.

Recommendations and Conclusions

Based on the results of the analysis, the scheme of the use of all roof areas has the highest energy potential. However, this scheme requires a large investment. The second and third schemes offer more economical options, with smaller energy potential. The recommendation given is to start with a more economical scheme, such as the second or third scheme, and can then be increased to the first scheme in line with the needs and availability of funds.

The implementation of the API-Grid PLTS at PTPN II Tanjung Selamat General Hospital is a strategic step in supporting government programs to achieve the Net Zero Emission target. In addition, the application of PLTS will also increase energy efficiency, reduce operational costs, and improve hospital images.

Future Research Directions

This study provides a comprehensive analysis of the potential for the application of the roof PLTS at PTPN II Tanjung Selamat General Hospital. However, there are several areas that require further research, including:

Conducting a detailed economic analysis of the three schemes to determine the most cost-effective option.
Investigating the potential for energy storage systems to be integrated with the PLTS to improve energy efficiency and reduce energy waste.
Conducting a social impact assessment to determine the potential benefits and challenges of implementing the PLTS at the hospital.

Conclusion

The implementation of the roof PLTS at PTPN II Tanjung Selamat General Hospital has the potential to reduce dependence on fossil energy, increase energy efficiency, and improve hospital images. The analysis conducted in this study provides a comprehensive understanding of the potential for the application of the roof PLTS and highlights the need for further research in this area.
Frequently Asked Questions (FAQs) about Planning for a Roof Solar Power Plant with an On-Grid System at the PTPN II General Hospital Tanjung Selamat Langkat, North Sumatra

Q: What is the purpose of this study?

A: The purpose of this study is to analyze the potential for the application of the roof Solar Power Plant (PLTS) with an on-grid system at the PTPN II General Hospital Tanjung Selamat in Langkat, North Sumatra.

Q: What are the benefits of using solar energy?

A: The benefits of using solar energy include reducing dependence on fossil energy, reducing greenhouse gas emissions, increasing energy efficiency, and improving hospital images.

Q: What are the three schemes analyzed in this study?

A: The three schemes analyzed in this study are:

Utilizing the entire roof area: This scheme aims to maximize the energy potential produced by utilizing the entire roof area of the hospital.
Utilizing the installed power capacity of PLN: This scheme considers the power limit that can be connected to the PLN network, which is the state-owned electricity company in Indonesia.
Utilizing part of the roof area: This scheme aims to utilize a portion of the roof area, which can be a more economical option.

Q: What are the results of the analysis?

A: The results of the analysis showed that:

Using the Solar Jinko Solar 72HL4 Module with a capacity of 550 WP, the potential energy produced reached 451.9 MWH per year using 669 solar modules and 3 inverter units. The investment needed for this scheme reaches Rp. 4,062,941,762.
By maximizing the installed power capacity of PLN, the energy potential produced reached 231.5 MWH per year with 340 solar modules and 2 inverter units. The investment for this scheme reaches Rp. 3,364,450,000.
Utilizing part of the roof area produces an energy potential of 42.48 MWH per year with 60 solar modules and 2 inverter units. The investment needed for this scheme is Rp. 594,648,251.

Q: What are the advantages of implementing the ATAP PLTS?

A: The advantages of implementing the ATAP PLTS include:

Q: What are the recommendations for implementing the ATAP PLTS?

A: The recommendation given is to start with a more economical scheme, such as the second or third scheme, and can then be increased to the first scheme in line with the needs and availability of funds.

Q: What are the future research directions?

A: The future research directions include:

Conducting a detailed economic analysis of the three schemes to determine the most cost-effective option.
Investigating the potential for energy storage systems to be integrated with the PLTS to improve energy efficiency and reduce energy waste.
Conducting a social impact assessment to determine the potential benefits and challenges of implementing the PLTS at the hospital.

Q: What are the conclusions of this study?

A: The implementation of the roof PLTS at PTPN II Tanjung Selamat General Hospital has the potential to reduce dependence on fossil energy, increase energy efficiency, and improve hospital images. The analysis conducted in this study provides a comprehensive understanding of the potential for the application of the roof PLTS and highlights the need for further research in this area.