ECONOMIC EVALUATION IN THE SELECTION OF POWER PLANTS

Based on the 2020-2029 PLN Batam Electricity Business Plan, it is planned that several diesel power plants will be decommissioned starting in 2023 while maintaining an average reserve margin of 14.5%. The highest load on the Batam-Bintan Electricity System in 2019 was recorded at 483.7 MW with a tot...

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Main Author: Ova Triandi, Adrian
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/65072
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:65072
spelling id-itb.:650722022-06-20T13:39:20ZECONOMIC EVALUATION IN THE SELECTION OF POWER PLANTS Ova Triandi, Adrian Indonesia Theses Net Present Value, Internal Rate of Return INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/65072 Based on the 2020-2029 PLN Batam Electricity Business Plan, it is planned that several diesel power plants will be decommissioned starting in 2023 while maintaining an average reserve margin of 14.5%. The highest load on the Batam-Bintan Electricity System in 2019 was recorded at 483.7 MW with a total capacity of 594.18 MW or 18.5% of the reserve margin. Considering that some of these existing power plants are diesel-powered, new power plants are needed to replace diesel power plants that will be decommissioned and maintain an average reserve margin of 14.5%. Although PLN Batam chooses a gas engine as a power plant, a financial analysis test needs to be carried out to assess whether it is feasible or not by comparing other available options such as diesel and dual-fuel engines. A construction project is considered financially feasible if it produces a positive NPV and IRR on Equity above 12% using Discounted Cash Flow with an electricity tariff is set at 8.7511 cents USD/kWh based on the Minister of Energy and Mineral Resources of the Republic of Indonesia's Decree No. 55 of 2019. Based on the analysis conducted, the best results of NPV, IRR on Project, and IRR on Equity are in the selection of the Gas Engine type. The Dual Fuel Engine option could be considered as the results of the IRR on the Project and the IRR on Equity were positive, although below expectations of 12% and the NPV was negative. The Diesel Engine option does not appear to be financially viable for this project. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description Based on the 2020-2029 PLN Batam Electricity Business Plan, it is planned that several diesel power plants will be decommissioned starting in 2023 while maintaining an average reserve margin of 14.5%. The highest load on the Batam-Bintan Electricity System in 2019 was recorded at 483.7 MW with a total capacity of 594.18 MW or 18.5% of the reserve margin. Considering that some of these existing power plants are diesel-powered, new power plants are needed to replace diesel power plants that will be decommissioned and maintain an average reserve margin of 14.5%. Although PLN Batam chooses a gas engine as a power plant, a financial analysis test needs to be carried out to assess whether it is feasible or not by comparing other available options such as diesel and dual-fuel engines. A construction project is considered financially feasible if it produces a positive NPV and IRR on Equity above 12% using Discounted Cash Flow with an electricity tariff is set at 8.7511 cents USD/kWh based on the Minister of Energy and Mineral Resources of the Republic of Indonesia's Decree No. 55 of 2019. Based on the analysis conducted, the best results of NPV, IRR on Project, and IRR on Equity are in the selection of the Gas Engine type. The Dual Fuel Engine option could be considered as the results of the IRR on the Project and the IRR on Equity were positive, although below expectations of 12% and the NPV was negative. The Diesel Engine option does not appear to be financially viable for this project.
format Theses
author Ova Triandi, Adrian
spellingShingle Ova Triandi, Adrian
ECONOMIC EVALUATION IN THE SELECTION OF POWER PLANTS
author_facet Ova Triandi, Adrian
author_sort Ova Triandi, Adrian
title ECONOMIC EVALUATION IN THE SELECTION OF POWER PLANTS
title_short ECONOMIC EVALUATION IN THE SELECTION OF POWER PLANTS
title_full ECONOMIC EVALUATION IN THE SELECTION OF POWER PLANTS
title_fullStr ECONOMIC EVALUATION IN THE SELECTION OF POWER PLANTS
title_full_unstemmed ECONOMIC EVALUATION IN THE SELECTION OF POWER PLANTS
title_sort economic evaluation in the selection of power plants
url https://digilib.itb.ac.id/gdl/view/65072
_version_ 1823647941352488960