Offshore Wind Farm Lifecycle Estimation
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Updated
Aug 17, 2026 - Python
Offshore Wind Farm Lifecycle Estimation
Techno-economic renewable energy simulator for Pakistan — solar PV, wind and wave modelling, LCOE, NPV, IRR, sensitivity and Monte Carlo risk.
Wind vs. Solar LCOE feasibility analysis at a real Ankara site (METU K1) using live PVGIS & NASA POWER APIs, DCF modelling, and 2026 Turkish market data
Open-source techno-economic model and interactive LCOE calculator for UK Space-Based Solar Power (SBSP), covering launch cost, system mass, efficiency, lifecycle and finance.
Empirical measurement of the dispatchability premium — the dollar value markets pay for generators that can be turned on and off. CAISO DAM data, no funds, fully reproducible.
enesys is an open-source forward-cost analysis of Germany's energy transition. It compares six pathways for the 2026-2055 power-sector transition under camp-symmetric parameter ranges, with Tornado and Monte-Carlo robustness over the joint sensitivity space.
Stochastic Monte Carlo model for the economic assessment of the proposed second unit of the Krško nuclear power plant (JEK2) in Slovenia.
Open-source Python model for nuclear project finance, SMR LCOE, DSCR, IRR, PPA pricing, and financing sensitivity analysis.
Historical v1 archive of the bilingual UK SBSP cost-condition explorer; superseded by the corrected v2 model.
Interactive LCOE calculator for Solar PV, Solar + Battery, and onshore Wind. Live data from PVGIS and NASA POWER, calibrated for Turkey.
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