lcoe

Offshore Wind Farm Lifecycle Estimation

MATLAB code and data for the article Ildar Daminov, Anne Blavette, Salvy Bourguet, Hamid Ben Ahmed, Thomas Soulard, Pierre Warlop, "Economic performance of overplanted offshore wind farm under several commitment strategies and dynamic thermal ratings of submarine export cable," in Applied Energy, 2023, https://doi.org/10.1016/j.apenergy.2023.121326

Techno-economic renewable energy simulator for Pakistan — solar PV, wind and wave modelling, LCOE, NPV, IRR, sensitivity and Monte Carlo risk.

This is the repository containing the code and data used for the paper "Introducing site selection flexibility to technical and economic onshore wind potential assessments: new method with application to Indonesia" by Langer et al. (2022)

Optimizing Reactor Sizes for Data Center Energy Demands: Balancing Economies of Scale, Mass Production, and Availability Requirements

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

MATLAB LCOE analysis with examples for offshore wind, hydropower, and Monte Carlo simulations. Includes CAPEX, OPEX, inflation effects, and uncertainty analysis.

Generalised cash flow quantification tool to compare renewable energy supply chains

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.

Open-source Python model for nuclear project finance, SMR LCOE, DSCR, IRR, PPA pricing, and financing sensitivity analysis.

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.

The True Cost of Power: Natural Gas vs. Renewables, An LCOE Deep Dive

Solar project development & engineering consulting — feasibility, LCOE modeling, grid integration, and GIS siting for US and European developers. Up to 1,000 MW scope.

A simple LCOE estimator

Why a small wind turbine on a UK house cannot compete with rooftop solar: the best buildable domestic blade tops out at Cp ≈ 0.49 (Reynolds-limited, not design-limited), and only about 3% of GB households have the wind to match a 4 kWp array. BEM, guarded aerofoil optimisation, and a dwelling-weighted national resource analysis.

Interactive tool calculating and comparing the Levelized Cost of Energy (LCOE) for Solar, Wind, and Natural Gas across all 10 Canadian provinces. Formula validated against IESO's published figures. Built with Python, Plotly, and Streamlit.

Este repositorio contiene la entrega de Trabajo Final de Maestría de Modelización Estocástica del Costo Nivelado de Electricidad para la microgeneracón de Fotovoltaica en Uruguay

Historical v1 archive of the bilingual UK SBSP cost-condition explorer; superseded by the corrected v2 model.