Optimalisasi Desain PLTS Atap Tipe Gable Roof pada Gedung PT PLN UPT Cirebon Menggunakan Helioscope dan PVSOL
Total View This Week0
Total View This Week0
Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Mucharomah, Nurul Maghfiroh
Fatah, Martin Choirul
Junior, Zico Alaia Akbar
Fatah, Martin Choirul
Junior, Zico Alaia Akbar
Subject
Teknik Elektro
Datestamp
2022-12-02 07:49:27
Abstract :
A solar power plant is one of the power generators that can be applied in an urban environment without the need for large land assets by utilizing the roof of the building as an installation location with varying sizes ranging from household, office to utility-scale. One of them is the roof of the PT PLN (Persero) UPT Cirebon building which has a total roof area of 3,150.65 m2. The design of the solar power plant at the research site was made using Helioscope and PVSOL software by testing 3 scenarios, that is: using 9 inverters, 13 inverters, and optimizing angles with 9 inverters. From the simulation results, this location has the potential to be installed rooftop solar power plant with a capacity of 258.88 kWp with a row distance between panels of 0.6 meters which serves to facilitate the maintenance process. Technically, the third scenario has advantages compared to other scenarios, as it produces approximately 2.6% higher annual electricity energy compared to scenario 1. From an economic point of view, the third scenarios are feasible. However, the highest economic profit is scenario 1 with an IRR of 14.35%; NPV of Rp. 1,816,732,790.00; payback period is 9 years 11 months 3 days and BCR is 1.49.
A solar power plant is one of the power generators that can be applied in an urban environment without the need for large land assets by utilizing the roof of the building as an installation location with varying sizes ranging from household, office to utility-scale. One of them is the roof of the PT PLN (Persero) UPT Cirebon building which has a total roof area of 3,150.65 m2. The design of the solar power plant at the research site was made using Helioscope and PVSOL software by testing 3 scenarios, that is: using 9 inverters, 13 inverters, and optimizing angles with 9 inverters. From the simulation results, this location has the potential to be installed rooftop solar power plant with a capacity of 258.88 kWp with a row distance between panels of 0.6 meters which serves to facilitate the maintenance process. Technically, the third scenario has advantages compared to other scenarios, as it produces approximately 2.6% higher annual electricity energy compared to scenario 1. From an economic point of view, the third scenarios are feasible. However, the highest economic profit is scenario 1 with an IRR of 14.35%; NPV of Rp. 1,816,732,790.00; payback period is 9 years 11 months 3 days and BCR is 1.49.
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
