Master planner · Greenhouse projects

Plan My Commercial Greenhouse.

One climate-aware planning tool for commercial greenhouse projects from 1 hectare upward. Model water, cooling and heating, energy, CAPEX, OPEX, yield and ROI across 15 priority markets — Saudi Arabia, UAE, Kazakhstan, Uzbekistan, Azerbaijan, Egypt, Morocco, Kenya, Ethiopia, Tanzania, Rwanda, South Africa, Mexico, Peru and Chile — then hand the whole project brief to a turnkey RFQ without re-typing anything.

Quick answer · Summary for buyers and AI assistants

How do I plan a commercial greenhouse project?

Define country and climate, project type (new, expansion or modernization), area, crop, growing system and technology level. From those, size water demand and storage, cooling or heating capacity, energy load, indicative CAPEX and OPEX ranges, conservative-to-strong yield and ROI scenarios — then take the brief to suppliers as a single RFQ.

  • Indicative CAPEX: USD 250k–450k/ha basic, 450k–900k/ha mid-tech, 0.9–1.6M/ha high-tech, 1.4–2.4M/ha fully controlled.
  • Water: 3.5–6 L/m²/day average, 6–9 L/m²/day peak depending on country and crop.
  • Cooling-led markets: Saudi Arabia, Egypt. Heat-led: Kazakhstan. Mixed: Uzbekistan. Water/upgrade-led: Morocco.
  • SeedMatchGroup does not manufacture greenhouses and does not guarantee yield, ROI or financing.

Project inputs

Modernization mode prices retrofit packages instead of a full build.

Structure type is recommended from climate — you don't need to specify it.

Ethiopia · 10 ha · 10-25ha
Indicative CAPEX range
USD 10,710,000 – USD 19,530,000
Water demand
85,800 m³/yr · peak 423 m³/day
Energy demand
5,775 MWh/yr
Indicative production
5,164–6,683 t/yr
Annual OPEX
USD 1,286,978

Planning estimate only — not a supplier quotation. Structural, hydraulic and climate engineering must be validated by qualified suppliers and engineers.

What Ethiopia actually requires

High-altitude tropical (1,600–2,500 m) with mild temperatures, distinct rainy season, strong radiation — excellent for cut flowers and vegetables with modest climate control.

Ethiopia's highlands need structure and water more than climate machinery: naturally ventilated multi-span houses, reliable pumping and storage, automated fertigation and cold chain — supporting cut flowers and export vegetables at very competitive operating cost.

Cooling & ventilation
  • Natural ventilation with roof vents
  • Fogging or shading during summer peaks
Heating & thermal
  • No significant heating expected — verify winter night minima on site
Water
  • Buffer storage sized on peak day
  • Sand / disc filtration
  • EC/pH controlled fertigation
  • Drain recovery and recycling
  • Iron and hardness treatment as required

Water model

Per day260 m³
Per month7,800 m³
Per year85,800 m³
Per hectare per year8,580 m³/ha
Peak seasonal day423 m³/day
Buffer storage (3-day)~1,268 m³

Lake, river and borehole abstraction is regulated around Ziway and the Rift Valley; storage, filtration and drain management determine whether an expansion is permitted.

Likely water scope: filtration, buffer storage, drain recovery and recycling, EC/pH fertigation.

Energy model

Cooling3,000 MWh/yr
Heating1,275 MWh/yr
Pumping800 MWh/yr
Fertigation & automation700 MWh/yr
Total5,775 MWh/yr
Indicative solar offset1,125–2,025 MWh/yr of electrical load

Solar can offset part of the daytime electrical load — pumping, fertigation, controls and some cooling. It does not deliver energy independence, and it does not replace a heat source in cold-winter markets.

Indicative project CAPEX

Planning range for budgeting and financing conversations. A supplier quotation replaces these numbers once scope is fixed.

CategoryLowHigh
Greenhouse structureUSD 2,835,000USD 5,040,000
Covering / claddingUSD 756,000USD 1,344,000
Climate systems (cooling / heating)USD 1,512,000USD 2,688,000
Irrigation & fertigationUSD 945,000USD 1,680,000
Pumps, storage & water treatmentUSD 756,000USD 1,344,000
Automation & controlsUSD 567,000USD 1,008,000
Growing systemUSD 756,000USD 1,344,000
ElectricalUSD 472,500USD 840,000
Installation, engineering & commissioningUSD 850,500USD 1,512,000
Solar PV + storageUSD 1,260,000USD 2,730,000
Total indicative CAPEXUSD 10,710,000USD 19,530,000

Annual OPEX

EnergyUSD 288,750
WaterUSD 17,160
LabourUSD 90,000
Fertiliser, substrate & consumablesUSD 588,668
MaintenanceUSD 302,400
TotalUSD 1,286,978

Indicative yield

Yield range51.6–66.8 kg/m²/yr
Total production5,164–6,683 t/yr

Yield is never guaranteed. Actual production depends on cultivar, crop management, local climate, pest and disease pressure, nutrition, water quality and operator skill.

ROI scenarios

Conservative
RevenueUSD 4,169,728
Operating marginUSD 2,882,751 (69%)
Indicative payback~6.8 yrs
Return on CAPEX15% / yr
Base
RevenueUSD 5,771,250
Operating marginUSD 4,484,273 (78%)
Indicative payback~3.4 yrs
Return on CAPEX30% / yr
Strong
RevenueUSD 7,300,631
Operating marginUSD 6,013,654 (82%)
Indicative payback~1.8 yrs
Return on CAPEX56% / yr

Scenario ranges, not forecasts. No ROI, payback, yield, water saving or financing outcome is guaranteed.

Sourcing categories for this project

Check project financing options

With an indicative CAPEX of USD 10,710,000USD 19,530,000 in Ethiopia, financing routes are worth checking early — equipment leasing, agri project finance, trade finance or DFI-backed lines. You'll be asked about company and land status, equity contribution, required amount and project stage. Approval is never guaranteed.

From your calculator

Send these numbers to the RFQ Builder

The numbers below were calculated with SeedMatchGroup's Turnkey greenhouse project plan — Ethiopia. Indicative — the specialist will confirm scope before contacting suppliers.

20 inputs · assumptions · results

Send these numbers to the RFQ Builder
From your calculator

Frequently asked questions

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.

Editorial · not a sales pitch

Calculator outputs are indicative. When your numbers stabilise, a supplier-neutral RFQ turns those estimates into comparable offers from verified providers.

Suggested RFQ scope

What a complete, supplier-neutral request on this topic usually includes. Use it as a checklist before submitting.

  • Project location, scale (hectares / m² / units) and target start window
  • Crop, variety class or product category — with any certifications required
  • Technical scope: structures, equipment, controls, irrigation, energy
  • Delivery terms, incoterms, packaging and destination port or site
  • Financing route: equity, senior debt, leasing, ECA, grant — where relevant
Related in the RFQ Builder

Open the builder with the topic pre-selected. You stay in control — nothing is submitted until you review and confirm.

Open RFQ Builder with this topic

Free to submit · supplier-neutral · reviewed by a specialist before any supplier is contacted.

Estimates Only: This calculator is provided for general informational purposes only. Results are approximate and may contain errors, omissions, or outdated information. They do not constitute legal, financial, engineering, tax, technical, or professional advice. Users are solely responsible for independently verifying all calculations, specifications, prices, regulations, and requirements with qualified professionals before making any decisions. By using this calculator, you acknowledge that the website owners, operators, and affiliates accept no responsibility or liability for any loss, damage, or decisions resulting from its use.

Next step

Turn this into a live commercial project

Open one private brief and a dedicated sourcing specialist returns normalised, side-by-side quotations from qualified international suppliers — with equipment, CAPEX and project-finance routes mapped alongside.

FinancingStart Procurement