Wilayah Kesesuaian untuk Lokasi Power Plant di WKP Panas Bumi Gunung Lawu

Shighia Ajeng Savitri; Tjiong Giok Pin; Ratna Saraswati

doi:10.24895/SNG.2017.2-0.392

Wilayah Kesesuaian untuk Lokasi Power Plant di WKP Panas Bumi Gunung Lawu

Shighia Ajeng Savitri, Tjiong Giok Pin, Ratna Saraswati

Department of Geography

Research output: Contribution to conference › Paper › peer-review

Abstract

Mount Lawu has 195 MWe of geothermal energy that can be utilized as a source for power plant. This research is conducted to find suitable location for geothermal power plant. Spatial analysis used in this research to find the result thoroughly by overlaying method between variables (assumed as same weight) based on researchs conducted by Yousefi and Ehara (2008), Noorallahi (2005), and government's regulations. GIS and remote sensing is used because it is cost-effective but still can review the overall of working area. Forest, slope, vegetation density, river, faults, roads, build area, geothermal potential area, geothermal manifestation, and well are being used as variables in this research. The objectives of this research is to knowing suitable areas for geothermal power plant based on boolean methods that will be resulted in two classifications, suitable areas and not suitable areas. The result showed suitable areas is 372 hectares and located spreading to the west and east part of Sidoramping-Lawu faults.

Original language	Indonesian
DOIs	https://doi.org/10.24895/SNG.2017.2-0.392
Publication status	Published - 2018
Event	Seminar Nasional Geomatika 2017 - ID, Cibinong, Indonesia Duration: 1 Jan 2018 → …

Conference

Conference	Seminar Nasional Geomatika 2017
Country/Territory	Indonesia
City	Cibinong
Period	1/01/18 → …

Keywords

Suitable area, GPP, GIS, remote sensing

Access to Document

10.24895/SNG.2017.2-0.392Licence: CC BY-ND

http://semnas.big.go.id/index.php/SN/article/view/392/39Licence: CC BY-ND

Cite this

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title = "Wilayah Kesesuaian untuk Lokasi Power Plant di WKP Panas Bumi Gunung Lawu",

abstract = "Mount Lawu has 195 MWe of geothermal energy that can be utilized as a source for power plant. This research is conducted to find suitable location for geothermal power plant. Spatial analysis used in this research to find the result thoroughly by overlaying method between variables (assumed as same weight) based on researchs conducted by Yousefi and Ehara (2008), Noorallahi (2005), and government's regulations. GIS and remote sensing is used because it is cost-effective but still can review the overall of working area. Forest, slope, vegetation density, river, faults, roads, build area, geothermal potential area, geothermal manifestation, and well are being used as variables in this research. The objectives of this research is to knowing suitable areas for geothermal power plant based on boolean methods that will be resulted in two classifications, suitable areas and not suitable areas. The result showed suitable areas is 372 hectares and located spreading to the west and east part of Sidoramping-Lawu faults.",

keywords = "Suitable area, GPP, GIS, remote sensing",

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note = "Seminar Nasional Geomatika 2017 ; Conference date: 01-01-2018",

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AU - Savitri, Shighia Ajeng

AU - Pin, Tjiong Giok

AU - Saraswati, Ratna

PY - 2018

Y1 - 2018

N2 - Mount Lawu has 195 MWe of geothermal energy that can be utilized as a source for power plant. This research is conducted to find suitable location for geothermal power plant. Spatial analysis used in this research to find the result thoroughly by overlaying method between variables (assumed as same weight) based on researchs conducted by Yousefi and Ehara (2008), Noorallahi (2005), and government's regulations. GIS and remote sensing is used because it is cost-effective but still can review the overall of working area. Forest, slope, vegetation density, river, faults, roads, build area, geothermal potential area, geothermal manifestation, and well are being used as variables in this research. The objectives of this research is to knowing suitable areas for geothermal power plant based on boolean methods that will be resulted in two classifications, suitable areas and not suitable areas. The result showed suitable areas is 372 hectares and located spreading to the west and east part of Sidoramping-Lawu faults.

AB - Mount Lawu has 195 MWe of geothermal energy that can be utilized as a source for power plant. This research is conducted to find suitable location for geothermal power plant. Spatial analysis used in this research to find the result thoroughly by overlaying method between variables (assumed as same weight) based on researchs conducted by Yousefi and Ehara (2008), Noorallahi (2005), and government's regulations. GIS and remote sensing is used because it is cost-effective but still can review the overall of working area. Forest, slope, vegetation density, river, faults, roads, build area, geothermal potential area, geothermal manifestation, and well are being used as variables in this research. The objectives of this research is to knowing suitable areas for geothermal power plant based on boolean methods that will be resulted in two classifications, suitable areas and not suitable areas. The result showed suitable areas is 372 hectares and located spreading to the west and east part of Sidoramping-Lawu faults.

KW - Suitable area, GPP, GIS, remote sensing

U2 - 10.24895/SNG.2017.2-0.392

DO - 10.24895/SNG.2017.2-0.392

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