Contact person: Solar Design MATLAB & Python

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Location: Mosul, Iraq

Budget: Recommended by industry experts

Time to start: As soon as possible

Project description:
"I need clean, well-documented MATLAB and Python code that lets me analyse and optimise a complete PV*SOL-based solar energy system. The model must cover the full stack—photovoltaic panels, inverters, and battery storage—so that I can quickly tweak array sizes, run performance simulations, and export the results for my reports.

Here’s what matters most to me:
• A modular structure: separate functions or classes for panels, inverter behaviour, and battery cycling.
• Direct compatibility with PV*SOL data exports (CSV / TXT), so I can pull in irradiance profiles and component specs without manual edits.
• Clear numerical outputs—energy yield, efficiency, state-of-charge curves—that I can drop straight into my Microsoft Office templates.
• Smooth switching between MATLAB and Python; if you tackle one language first, please leave concise notes that make a later port painless.

I’ll supply sample PV*SOL files and my current calculation flow once we start. If you’ve already built solar-energy toolkits, feel free to point me to a snippet or repo so I can see your coding style." (client-provided description)