PDF

eversvd,+13 (9)

Daniel Parenden, Peter Sahupala

2026entidal energyrenewable energyhydropowerelectricity generationocean wavesIndonesiaenergyelectricitytidal

Abstract

Language:

Utilization of renewable energy can be a solution to the limitations of fossil energy. Ocean current energy is renewable energy caused by tides. The purpose of this study is to determine a theoretical planning for tidal energy generation in Merauke-Papua district and to analyze the potential power that can be generated using tidal data in Merauke district. The method used in this study is the qualitative method, which only requires processing the data that is already available. The location for obtaining data related to the problems in this paper is located at the mouth of the Merauke river and data collection at PT. PELINDO Merauke and BMKG Merauke. The calculation results show that the height of the wave is proportional to the amount of power generated. The greater the wave height, the greater the power generated and with a height between 0.70 - 3.25 meters, it produces a power of 94,115.18 - 5,261,198.29 Watt.

Download

Cite This Work

@article{11d23c25-b36c-469a-a1cb-71e1587e188f,
  title={eversvd,+13 (9)},
  author={Daniel Parenden and Peter Sahupala},
  year={2026},
  language={en}
}
TY  - JOUR
TI  - eversvd,+13 (9)
AU  - Daniel Parenden
AU  - Peter Sahupala
PY  - 2026
LA  - en
ER  -

Similar Items

Coordinated supply scheduling of offshore and onshore hydrogen considering power and transportation networks

Xiong Wu, Yu Zhang

Converting offshore wind energy into hydrogen is a promising approach to improving renewable energy utilization. Coordinated offshore and onshore oper

2027enPDF

Coordinated secondary frequency regulation of thermal power units 2027 Appl

Fengming Shi, Siyang Liao

Large-scale integration of high-penetration renewables aggravates net-load fluctuations and brings uncertainties to secondary frequency-regulation dem

2026enPDF

Bridging the climate to energy data gap: simulated annealing for representative climate year selection

Bram van Duinen, Karin van der Wiel

Energy system models are increasingly dependent on representative climate input. Yet, a fundamental mismatch persists between the hundreds of simulate

2026enPDF

A cooperative framework for building cluster charging cluster a 2027 Appli

Shiting Cui, Wenqiang Tao

Small-scale distribution-side entities, such as buildings and charging stations, can provide considerable flexibility for renewable energy (RE) accomm

2026enPDF

Unlocking the potential benefits of intertemporal resources via 2027 Applie

Xiaobing Zhang, Zhifang Yang

With the large-scale integration of clean energy resources — including hydropower, wind, and solar power — together with battery energy storage system

2026enPDF

Tariffs, energy contracts, and optimal Distributed Energy Resources investment in campus microgrids

Juan Manuel Alemany, Bruno Bignotti

Large institutional electricity consumers such as university campuses face a planning problem that cannot be reduced to photovoltaic sizing alone. The

2026esPDF