Renewable energy project teams and financiers need a single platform that connects physical system modelling with bankable financial outputs without rebuilding assumptions across separate tools.

Green Finance Modeller integrates a PV physics engine (single-diode IV model, NASA POWER TMY data) with full project finance, BESS, carbon tax, blended finance, and environmental impact modules in one deployed Streamlit platform.

• Energy investors
• Project finance teams
• DFI analysts
• IPP developers
• Green finance advisers

Project finance advisory tooling, DFI and blended finance structuring support, institutional analytics licensing, and subscription access for energy and infrastructure teams.

Eleven-page Streamlit application backed by nine Python engine modules covering PV physics, energy yield (P50/P90), project finance, private PPA, BBBEE, construction finance, BESS, carbon tax, blended finance, and environmental impact.

• Python
• Streamlit
• NASA POWER API
• Single-diode PV model
• Pandas
• Quantitative modelling

Product architect and builder responsible for physics model integration, financial engine design, module architecture, and deployed platform direction.

• Live deployed Streamlit platform with eleven pages and nine engine modules.
• PV physics engine uses the single-diode model with NASA POWER TMY irradiance data at any lat/long.
• Covers P50/P90 energy yield, IV curve, annual generation, BESS sizing, carbon tax, and blended finance structuring.
• Integrates BBBEE scoring, private PPA structuring, and construction finance into a single project finance workflow.

• Expand battery and hybrid system modelling.
• Add wind resource integration alongside PV.
• Package outputs for bankable feasibility reports and DFI submission formats.
• Extend carbon credit and voluntary carbon market modules.