Greenhouse Lifecycle Cost Calculator.
Add capital cost to every recurring cost — energy, water, labour, maintenance, consumables and scheduled replacement — across your evaluation horizon, then normalise the result to one comparable figure: cost per usable growing m², not per gross covered m².
Greenhouse Lifecycle Cost Calculator
Add capital cost to every recurring cost — energy, water, labour, maintenance, consumables and scheduled replacement — across your evaluation horizon, then normalise the result to one comparable figure: cost per usable growing m², not per gross covered m².
Estimate only — not a quotation. Outputs are indicative planning ranges based on the values you enter and typical commercial benchmarks. Real pricing, specifications and lead times vary by country, site conditions and supplier, and are confirmed only in written offers collected through a private RFQ.
Prefill from the greenhouse planning model
Pick a market, crop, technology level and area. The planning model — the same one our MCP estimator runs for AI assistants — produces indicative CAPEX and OPEX, which are written into the cost fields below as an editable starting point.
Model output: CAPEX US$3.1M – US$5.5M · OPEX US$895K/yr
Area and horizon
Deduct corridors, headhouse, technical rooms, buffer zones and packing area. Typically 82–92%.
Cover at least one full covering replacement cycle.
Applied to recurring cost only. Leave at 0 for a constant-price view.
Capital cost
Polytunnel 8–25; multi-span polyhouse 25–80; high-tech glass or CEA 180–350.
Use if the quoted CAPEX is ex-works or excludes site works.
Covering, screens, pumps, drives and control hardware.
Local utility tariffs & operating schedules
Switch to tariff mode to build the energy and water lines from your own local prices and running hours instead of a flat USD/m²/yr assumption. The derived rates replace the flat energy and water inputs in every result below.
Annual operating cost
Heating, cooling, lighting and pumping.
Gross-to-usable correction adds 13.6% to the comparable rate. Planning values only, based entirely on your own inputs. Not a valuation, feasibility study or financial advice.
Lifecycle cost breakdown per usable m²
Every line normalised to the same usable growing area, so a supplier offering a lower headline price with a smaller cropping footprint or a heavier energy demand can be seen for what it costs over the full horizon.
| Cost line | 10-year total | USD / usable m² | Share |
|---|---|---|---|
| Capital cost (incl. installation) | US$3.6M | 136.4 | 31.2% |
| Energy | US$2.7M | 102.3 | 23.4% |
| Water & treatment | US$480K | 18.2 | 4.2% |
| Labour | US$2.1M | 79.5 | 18.2% |
| Maintenance | US$720K | 27.3 | 6.2% |
| Crop inputs & consumables | US$1.5M | 56.8 | 13% |
| Scheduled replacement | US$432K | 16.4 | 3.7% |
| Lifecycle total | US$12M | 436.8 | 100% |
Compare scenarios side by side
Model retrofit of an existing structure, expansion of a working site and a new build in the same run. Each column uses your own assumptions and the same evaluation horizon and escalation as the calculator above, so the only thing that changes is the option — not the method.
Retrofit existing
Re-using structure and civil works; lower CAPEX per m², usually higher maintenance and replacement.
Expand existing site
Adding bays to a working site; shared services and labour, moderate CAPEX per m².
New build
Greenfield project; full CAPEX per m², typically the lowest operating cost per m².
| Metric | Retrofit existing | Expand existing site | New build |
|---|---|---|---|
| Gross covered area | 30,000 m² | 30,000 m² | 30,000 m² |
| Usable growing area | 25,200 m² | 26,100 m² | 26,400 m² |
| Total CAPEX | US$1.6M | US$3.1M | US$3.6M |
| CAPEX per usable m² | 64 USD | 117 USD | 136 USD |
| Annual operating cost | US$759K | US$722K | US$750K |
| Operating cost over horizon | US$7.6M | US$7.2M | US$7.5M |
| Scheduled replacement | US$292K | US$367K | US$432K |
| Lifecycle cost | US$9.5M | US$11M | US$12M |
| Cost per usable m² | 377 USD | 408 USD | 437 USD |
| Cost per usable m² / yr | 37.7 USD | 40.8 USD | 43.7 USD |
| Operating share | 80% | 68% | 65% |
| Difference per usable m² | — | +31 USD | +60 USD |
On these assumptions, Retrofit existing shows the lowest lifecycle cost per usable m² (377 USD). That is arithmetic, not a recommendation: check that each column carries the same scope, the same production capability and the same risk before drawing a conclusion.
Planning model only. It excludes discounting, tax, land, permits, working capital, revenue and yield, and it assumes each scenario delivers the stated usable area at a comparable production standard. Retrofit and expansion columns should also reflect downtime, structural surveys and any works needed to bring existing assets to the same specification.
Turn this estimate into a qualified project
SeedMatchGroup is a supplier-neutral platform. We do not manufacture or resell equipment — we help buyers specify the project correctly, open one private RFQ to qualified global manufacturers, integrators and EPCs, and introduce relevant financing tracks.
Method and assumptions
Usable growing area is gross covered area × your usable percentage. Capital cost is CAPEX per gross m² × gross area, raised by any installation and commissioning uplift. Annual operating cost sums energy, water and treatment, labour, crop inputs and consumables, plus maintenance expressed as a percentage of capital cost.
Recurring cost is carried across the horizon with a compounding escalation factor; at 0% escalation the factor is simply the number of years. Lifecycle cost is capital cost + escalated operating cost + scheduled replacement of covering, screens, pumps, drives and control hardware. That total is then divided by usable area, and by usable area × years, to produce the two comparable rates.
Limitations: no discounting, NPV, IRR, tax, depreciation, currency movement, land, permitting, working capital, revenue or yield. This is a cost-side comparison model for the pre-award stage, not a feasibility study. Bankable work requires discounted cash flow and sensitivity analysis by qualified independent professionals.
In tariff mode the energy line is built from pump kWh (kW/ha × ha × hours × days), ventilation kWh on the same basis and other electrical demand per m², priced at a blended rate weighted by your off-peak share, plus a demand charge on peak connected load and a separate heat cost at your fuel price. The water line is applied volume × (supply tariff + treatment), plus the drain share × discharge fee. Both are divided by gross covered area to produce the USD/m²/yr figures the lifecycle engine uses.
Worked example
A 3 ha polyhouse at 120 USD/m² carries 3.6 M USD of capital cost, but only 26,400 m² is actually cropped at 88% usable. With 9 USD/m² energy, 1.6 water, 7 labour, 5 inputs and 2% maintenance, operating cost is about 750 K USD per year. Over ten years the lifecycle total lands near 11.5 M USD — about 437 USD per usable m², or 44 USD per usable m² per year, with operating cost carrying roughly two-thirds of the whole-life burden. On the gross-area view the same project looks about 12% cheaper, which is exactly the distortion this page removes.
A note on financing
SeedMatchGroup does not provide loans, credit, interest rates, commitments or financial advice. For suitable qualified large projects we may make introductions to external financing partners; any assessment and decision rests entirely with those independent institutions.
Frequently asked questions
Send these numbers to the RFQ Builder
The numbers below were calculated with SeedMatchGroup's Greenhouse Lifecycle Cost Calculator. Indicative — the specialist will confirm scope before contacting suppliers.
15 inputs · assumptions · results
Refine the individual cost lines with the heating load calculator, cooling & ventilation calculator, water consumption calculator, ROI & TCO calculator, bid comparison tool hidden costs in greenhouse quotations. For a revenue-side view add the ROI & TCO calculator; to normalise specific supplier bids, use the bid comparison tool.
What can change the result?
This is a preliminary planning estimate based on the values you entered. The variables below usually move the outcome most, and should be confirmed with an agronomist, engineer and supplier offers before final design.
- Greenhouse type and technology level (tunnel, naturally ventilated, high-tech)
- Covering material and light transmission (film, polycarbonate, glass)
- Energy and utility tariffs, plus tariff escalation over time
- Labour availability, productivity and local wage levels
- Financing terms, contingency and currency movement
Questions this calculator answers
Typical buyer and investor searches this tool is built for, including the markets where we run the most commercial projects.
- greenhouse total cost of ownership per hectare for a commercial project
- greenhouse total cost of ownership for a 2-hectare project — India
- greenhouse total cost of ownership: indicative planning ranges — Kenya
- greenhouse total cost of ownership benchmarks for investors — Saudi Arabia
- greenhouse total cost of ownership under local market conditions — Mexico
- greenhouse total cost of ownership — what to specify in a supplier RFQ
Plan the project around the numbers
A calculator output is a starting point. Pair it with the planning guides below to align timeline, irrigation, budget and risk before you launch an RFQ.
One private brief, specialist review, private supplier research and a like-for-like comparison.
Month-by-month schedule from concept to first harvest across 9 stages.
Design principles for drip, pivot, fertigation and filtration on commercial projects.
How CAPEX, working capital and operating cost drive the project business case.
The ten most expensive planning and procurement pitfalls — and how to avoid them.
Procurement answers behind these numbers
A model output only holds if the scope, contract route and delivery terms match the assumptions. These reference answers cover the commercial decisions that move the figure.
- Turnkey EPC vs separate equipment packages
- What belongs in a greenhouse equipment specification
- Normal payment milestones in equipment contracts
- Which Incoterms to use for greenhouse and irrigation equipment
- How long a commercial greenhouse takes from order to handover
- What is normally the owner's scope on a greenhouse project
Move greenhouse lifecycle cost calculator. into a structured RFQ
Editorial · not a sales pitchCalculator outputs are indicative. When your numbers stabilise, a supplier-neutral RFQ turns those estimates into comparable offers from verified providers.
The facts a complete, supplier-neutral request on this topic includes. Use it as a checklist before submitting.
- Covered area (m² or ha), bay/gutter layout preference and target gutter height
- Site location, altitude and design loads (wind, snow, seismic) if known
- Crop and production system (soil, substrate, hydroponic, nursery)
- Covering choice: polyethylene film, polycarbonate or glass — and expected lifetime
- Climate scope: ventilation, screens, heating, cooling/pad-fan, CO₂, controls
- Irrigation/fertigation scope and water source quality
- Target commissioning date, phasing and budget band (USD $250K+)
- Incoterms, destination port/site and who handles civil works and erection
- Site plan or coordinates with plot dimensions
- Soil/water analysis where available
- Any existing concept drawing, BOQ or previous supplier offer
Opens the RFQ Builder pre-scoped as a greenhouse project so suppliers quote structure, covering, climate and irrigation on the same basis. You stay in control — nothing is submitted until you review and confirm.
Free to submit · supplier-neutral · reviewed by a specialist before any supplier is contacted.
Running these numbers for a client project?
Agronomists, greenhouse and irrigation consultants use this calculator for feasibility, then hand the project to us for supplier shortlisting, RFQ preparation and quote comparison. You stay client-facing and we work through you.
Your client relationship stays with you — we work through you and never contact your client unless you ask.
Indicative only
- This tool is indicative only.
- It is not financial advice.
- It is not agronomic advice.
- It is not engineering design.
- Final numbers require supplier, agronomist, engineer and local regulatory review.
SeedMatch Group is an independent agricultural project sourcing and RFQ platform. We are not a farm, seed producer, fertilizer manufacturer, irrigation manufacturer, greenhouse builder, EPC contractor, lender or financial advisor. Supplier and project partner outreach is handled only after a commercial project brief is reviewed.
Supplier and manufacturer listings are provided for research, transparency and discovery only. SeedMatch Group does not provide automatic buyer-supplier introductions. Every agriculture project request is reviewed manually by David / SeedMatch Group, and supplier introductions are made only after internal approval.