Achmad Fanany Onnilita Gaffar

Jurusan Teknologi Informasi – Politeknik Negeri Samarinda

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ABSTRACT

Flooding is one of the unsolved problems, especially in Samarinda. Mapping the location points of potential flooding becomes very important especially in the context of the follow anticipation. Renewable energy, particularly Mycro Hydro Power, Solar Energy Power, and Wind Energy Power are the energy alternative called the green energy. Samarinda has geographical conditions of considerable potential for the development of alternative energy in question.

To perform a mapping of potential flooding and the potential for renewable energy can be done through the development of Remote Sensing System which combines Weather Data Acquisition Systems and Geospatial Data Processing System. In this study, a study of the Planning System Remote Sensing for mapping the potential for flooding and the potential for renewable energy is done as a starting material for the development of a system intended.

Didi Susilo Budi Utomo

Jurusan Teknik Elektro – Politeknik Negeri Samarinda,

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ABSTRACT

One way of flow  energy utilization of water is run-of-river system (river water flow system), known as the MHP (Micro Hydro Power Plant). Conditions of East Kalimantan province rich with rivers branching the have potential for the construction of MHP. Determining the Intake location for the Powerhouse is one of the critical factors as they relate directly to estimate the potential power awakened.

The proposed solution is to use a geographical map approach in which digital data is processed satellite imagery so as to obtain the optimum intake location. In this study, the map of DEM (Digital Evelation Model) East Kalimantan in 1018'07 '' N, 114020'46 '' E-clip in the 0.0010 - 10S, 1160 - 116.9990E as PFI (Potential Feature Image). Of PFI, chosen Catchment Area at 0.3850 - 0.4150S, 116 220 - 116.250E as ROI (Region Of Interest). Each color represents a certain quantity (slope, elevation, gradient). Coding in a particular way on River & Terrain Layer obtained from the ROI will produce representations Flow Direction.

By apply multiplication techniques at each layer of cells that have been encoded going to produce some choice of cells with a specific value in the region of the river flowed. The highest value chosen as the point of optimum intake location.