Design and techno-economic assessment of marine renewable energy arrays
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Updated
Jul 21, 2026 - Python
Design and techno-economic assessment of marine renewable energy arrays
A modular software data logger, produced as part of the Selkie project.
Example files for DTOcean
[BETA] Python platform for optimizing offshore renewable energy systems under uncertainty. Baseline optimization, Monte Carlo analysis, real options valuation, and multi-objective trade-off analysis across wind, solar, wave, and tidal technologies.
The DTOcean database
Python workflows for full-scale tidal blade structural-test analysis, TDMS QA/QC, fatigue-cycle summaries, actuator/RBM checks, and applied-AI screening.
Novel Ideas Taking Shape — an independent multi-domain engineering research initiative spanning HVDC transmission, tidal energy, subsea infrastructure (SIIC), and magnetic-fin MHD stabilization. Each project is developed through versioned, publicly corrected technical editions with permanent DOIs.
Preliminary Round Delegate at GEMASTIK XVIII 2025 (Data Mining Division). A machine learning approach to explore strategic Tidal Power Plant (PLTPs) sites in North Sulawesi using geospatial and oceanographic data integration
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