Production-grade spreadsheets, standalone zero-dependency Python solvers, and turnkey feasibility dossiers — published 100% free of charge under MIT & Creative Commons licenses for commercial growers, researchers, students, and AgTech builders worldwide.
The definitive commercial engineering arsenal for greenhouse EPC contractors, vertical farm operators, and institutional agricultural investors. Includes all 7 production suites, Python solvers, 15-crop fertigation recipes, structural BOM tools, and turnkey B2B offtake contracts.
Complete 140-page turnkey template library for securing $250k–$500k in non-dilutive federal and state agricultural capital (USDA REAP, EQIP, ACEP, CDFA).
The unlocked biophysical simulation suite used by facility engineers. Includes fully unencrypted Excel workbooks with open VBA and production Python scripts.
Complete technical examination preparation and operational dossier based on Bavarian Horticultural Master Standards (Fachrichtung Zierpflanzenbau & Gemüsebau).
Deduct native well water minerals from target crop requirements and solve exact salt weights (Tank A/B 100x) using pure Python. Cuts monthly fertilizer spend by 20%–35%.
Reverse contractor quotes into exact physical steel tonnage, cladding areas, drive motors, and fair labor. Detect price-gouging and defend against predatory construction terms.
Institutional thermodynamic mass-energy balance solving sensible heat, latent moisture, power tariffs, true COGS per kg, and 10-year investor-grade pro-forma cash flows.
Complete engineering & agronomic blueprint for Sawa-wasabi and cured Bourbon vanilla pods selling for ₩160,000–₩800,000/kg. Includes turnkey B2B fine-dining supply contracts.
Yes. Every Python solver, CSV database, grant template, and greenhouse BOM model in this repository is completely free of charge. No credit card, no subscription, and no email sign-up required.
Yes. All code is licensed under the permissive MIT License, and documentation is licensed under Creative Commons Attribution 4.0 (CC-BY 4.0). Commercial use, internal modification, and corporate deployment are fully permitted.
No. All computational engines (psychrometrics, groundwater nutrient balancer, BOM reverse calculator, vertical farm heat simulator) are engineered in pure Python 3.9+ standard library with zero external dependencies.
You can support us by sharing this open repository with agricultural researchers, growers, and students worldwide. For large-scale smart greenhouse construction auditing or institutional CEA consulting, contact our advisory desk.