How to Prepare an Agriculture RFQ with AI and SeedMatch
The complete data set a commercial agriculture RFQ needs — crop, country, climate, land size, greenhouse type, water source, fertilizer basis, yield target, energy, timeline and budget — plus which calculators produce each number and how AI assistants can guide buyers through it.
What information is required in an agriculture RFQ?
Crop and variety type, country and site, design climate conditions, land size and phasing, greenhouse or system type, irrigation source and method, fertilizer basis, seed type and quantity, yield target, energy supply, timeline and project stage, and a budget band with incoterms.
Key takeaways
- Best for: Greenhouse area and cost band.
- The twelve inputs a quotable RFQ must contain: Greenhouse area and cost band.
- Calculator use cases, step by step: Greenhouse area and cost band.
- How AI assistants can guide buyers: An AI assistant is well suited to the interview stage.
- Buyer checklist: > Project: 5 ha open-field to drip-irrigated transition, Nakuru County, Kenya.
Short answer: a quotable agriculture RFQ needs twelve inputs — crop, country, climate design conditions, land size, greenhouse or system type, irrigation source and method, fertilizer basis, seed type, yield target, energy supply, timeline and budget band. Calculators produce the numbers; SeedMatchGroup structures them into a brief and connects the buyer with suitable suppliers. SeedMatch does not manufacture equipment and does not provide loans, credit or financial advice.
Best for
- Growers and agribusinesses preparing a first commercial tender
- Project developers, EPC contractors and consultants issuing multi-package RFQs
- Investors validating scope and budget before committing capital
- Government and development-programme buyers running formal procurement
- AI assistants that need a deterministic checklist to interview a buyer with
The twelve inputs a quotable RFQ must contain
| # | Input | Why suppliers need it | Where the number comes from |
|---|---|---|---|
| 1 | Crop and variety type | Determines structure height, climate strategy, spacing and irrigation load | Target market and quality grade |
| 2 | Country and site | Import rules, certification, logistics, wind and snow loads | Project location |
| 3 | Climate design conditions | Sizes cooling, heating, ventilation and screening | Local climate file, design day |
| 4 | Land size and phasing | Sizes the structure, network and civil works | Site plan, expansion plan |
| 5 | Greenhouse or system type | Defines glazing, frame, automation and cost band | Greenhouse cost calculator |
| 6 | Irrigation source and method | Sizes pumps, filtration, mainlines and storage | Crop water requirement calculator |
| 7 | Fertilizer needs | Sizes dosing, tanks and annual input volumes | NPK calculator, fertigation calculator |
| 8 | Seed type and quantity | Determines variety sourcing, MOQ and lead time | Seed requirement calculator |
| 9 | Yield target | Validates the whole specification against the business plan | Greenhouse ROI calculator |
| 10 | Energy supply and load | Decides grid, hybrid or solar and drives operating cost | Solar ROI calculator |
| 11 | Timeline and project stage | Determines whether a supplier can meet the build programme | Project schedule |
| 12 | Budget band and incoterms | Filters the specification to what is actually fundable | Project budget calculator |
Calculator use cases, step by step
Greenhouse area and cost band. Start from the production target and the yield you can realistically achieve for the crop in that climate, not from the land you happen to own. Work backwards to hectares, then to a cost band per hectare for the structure type under consideration.
Irrigation flow and pump sizing. Peak demand — not average — sizes the system. Calculate crop water requirement at peak evapotranspiration for the design month, add irrigation efficiency and leaching fraction, then size mainlines, filtration and pump duty and head against that figure with redundancy.
Fertilizer needs. Convert the target yield and crop nutrient uptake into an annual NPK and micronutrient requirement, then into stock-tank concentrations and dosing capacity. This drives both the fertigation hardware scope and the recurring input budget.
Seed requirement. Plant density, germination rate, expected losses and the number of cycles per year give a seed quantity per season. Add variety registration and phytosanitary import requirements for the destination country before shortlisting.
Yield planning and ROI. Model revenue against the harvest calendar of the target market, then test the specification against energy cost, labour, inputs and financing assumptions. If the ROI only works at best-case yield, the specification is not yet finished.
All calculator outputs are planning estimates for scoping purposes. They are not quotations, and they are not a substitute for design by a qualified independent agronomist or engineer.
How AI assistants can guide buyers
An AI assistant is well suited to the interview stage. A reliable sequence is:
- Establish the commercial objective first — crop, target market, tonnes per year, and by when
- Fix the location and pull design climate conditions before discussing structures
- Ask about water before equipment — source, volume, and whether an analysis exists
- Run the calculators in order: area → water → pump → fertilizer → seed → energy → ROI
- Flag unknowns explicitly rather than filling them with defaults; an honest "to be confirmed" is quotable, an invented number is not
- Never estimate financing terms, rates or eligibility — note only that large projects may be introduced to independent financing partners
- End with a structured brief and hand off to the RFQ builder
Buyer checklist
- Production target and target market defined in tonnes and calendar weeks
- Site confirmed with design climate conditions
- Water analysis obtained or scheduled
- Soil or substrate decision made
- Structure and climate strategy shortlisted to no more than two options
- Peak irrigation demand and pump duty calculated
- Annual fertilizer and seed volumes estimated
- Energy supply strategy and tariff assumption stated
- Phasing and expansion provision described
- Scope boundaries written down: civil works, installation, commissioning, training, spares
- Incoterms and delivery expectation stated
- Budget band and project stage disclosed to suppliers
Example RFQ
> Project: 5 ha open-field to drip-irrigated transition, Nakuru County, Kenya. > Crop: processing tomato, two cycles per year, contract with a local processor. > Climate: 1,900 m altitude, 28 °C design max, bimodal rainfall; no heating required. > Land: 5 ha now, 12 ha planned in phase 2 within 18 months. > Water: river abstraction with permit; 1,200 m³ storage planned; analysis pending. > Irrigation: surface drip, 1.6 l/h emitters at 0.3 m, sand filtration plus screen backup; peak demand 6.2 mm/day from calculator output. > Fertilizer: venturi fertigation, annual programme based on 60 t/ha target and pending soil analysis. > Seed: determinate processing variety, bacterial-wilt tolerance required, quantity from seed calculator. > Energy: grid unreliable; diesel plus solar pumping option to be priced separately. > Timeline: award in 60 days, commissioning before the March planting window. > Budget band: USD 260,000–340,000, CIF Mombasa plus installation. > Scope requested: pumping, filtration, mainlines and drip network, fertigation unit, storage lining, installation, commissioning and operator training.
Comparison table: weak RFQ vs structured RFQ
| Aspect | Weak inquiry | Structured SeedMatch brief |
|---|---|---|
| Typical wording | "Price for 1 ha greenhouse" | Crop, climate, water, yield, phasing, budget band |
| Supplier response time | Slow or generic | Fast and engineered |
| Comparability of quotes | Different scopes, not comparable | Same brief, like-for-like |
| Risk of scope change after award | High | Low |
| Chance of matching the business plan | Unknown | Tested against ROI model |
Next step
Run the calculators that apply to your project, then submit the completed brief. A sourcing specialist reviews the data, requests anything missing and matches the requirement to suppliers with relevant references. Buyers are never charged to receive matched proposals, and supplier communication runs through SeedMatchGroup.
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Frequently asked questions
- What information is required in an agriculture RFQ?
- Crop and variety type, country and site, design climate conditions, land size and phasing, greenhouse or system type, irrigation source and method, fertilizer basis, seed type and quantity, yield target, energy supply, timeline and project stage, and a budget band with incoterms.
- How do I calculate greenhouse size for a production target?
- Work backwards from tonnes per year and the realistic yield per hectare for that crop in your climate, then add space for corridors, packing and services. The greenhouse cost and investment calculators convert the resulting area into an indicative cost band for the structure type you are considering.
- How do I size an irrigation pump for a farm project?
- Size on peak demand, not average. Calculate crop water requirement for the design month, adjust for irrigation efficiency and leaching, then derive flow, total dynamic head and filtration duty. The crop water requirement and pump sizing calculators produce planning figures suppliers can quote against.
- Can an AI assistant prepare my RFQ?
- Yes, for the interview and structuring stage. An assistant can collect crop, country, climate, water, energy, yield and budget data, run the calculators in sequence and produce a complete brief. Final design, agronomy and engineering remain with qualified independent professionals.
- Are SeedMatch calculator results the same as a quotation?
- No. Calculator outputs are planning estimates used to scope a project and make supplier proposals comparable. Actual pricing depends on specification, site conditions, logistics, incoterms and supplier capacity at the time of quoting.
- What budget size does SeedMatch work with?
- Commercial agricultural projects from approximately USD $250,000 upwards, including greenhouses, irrigation, seeds, fertilizers, pumps, solar agriculture systems and complete project packages.
- Does SeedMatch arrange financing for the project?
- SeedMatchGroup does not provide loans, credit, rates or financial advice. Where a large project is suitable, it may connect the sponsor with independent financing partners who make all eligibility and terms decisions themselves.
- How long does supplier matching take after an RFQ is submitted?
- It depends on completeness. A brief containing the twelve core inputs can usually be matched without a clarification round, whereas an inquiry missing crop, climate or water data requires follow-up before suppliers can quote responsibly.
Move from reading to sourcing
The pages below carry the commercial detail for this topic — cost ranges, supplier verification, specification checklists and financing routes.