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AEGISGreenhouse Systems

Solution

Commercial Greenhouse Projects

A commercial greenhouse is an industrial production asset, not a building. Yield, energy demand and labour cost are decided long before construction starts. Aegis leads that decision process for investors and growers, translating market and climate data into a defensible technical specification and capital plan.

Customer challenges

The problems this service is built to remove

These are the failure points we see most often in greenhouse investments. Each one is addressed by a defined part of our scope.

Supplier quotes are impossible to compare

We issue one written specification to every bidder, then level the offers line by line so price differences reflect scope and quality instead of formatting.

Budgets are set before the technology is understood

Capex and opex envelopes are built from a production model tied to your climate and market, so the budget reflects the yield it has to deliver.

Nobody owns the gaps between suppliers

Aegis holds the interface and responsibility matrix across structure, climate, irrigation and controls, so no requirement falls between contracts.

Yield assumptions are inherited from another climate

Production targets are modelled against local radiation, temperature and water data rather than copied from a reference project in a different region.

Steel truss and gutter framework of a commercial Venlo greenhouse under construction at dusk, with roof bays partly glazed

Project definition before procurement

We start from your market, not from a catalogue. Target crop, sales window, quality grade and delivery radius define the production plan; the production plan defines the technology. This order protects you from overspecified structures and undersized climate systems.

  • Market and crop programme analysis
  • Site, climate and water assessment
  • Production model with yield and quality targets
  • Capex and opex envelope per hectare

Greenhouse selection matched to climate and crop

Structure type and glazing are chosen against your radiation profile, wind and snow loads, water quality and crop programme. We compare Venlo glass, multi span film and hydroponic configurations on cost per kilogram produced rather than cost per square metre built.

  • Venlo glass where light is the limiting factor
  • Multi span film where capital efficiency leads
  • Gutter height and bay width set by crop and climate strategy
  • Screen, ventilation and cooling package sized per region

Engineering coordination across disciplines

Structure, glazing, screens, heating, irrigation, fertigation, climate computer and internal logistics are specified as one system. Aegis holds the interface list so responsibility never falls between suppliers.

  • Structural and glazing specification for local wind and snow loads
  • Climate, heating and CO₂ strategy matched to crop requirements
  • Irrigation, water treatment and drain recirculation design
  • Electrical load, controls and automation architecture

Sourcing and construction supervision

We tender the specification to a qualified supplier shortlist, normalise offers so they are genuinely comparable, and supervise fabrication, shipment and installation against agreed milestones.

  • Supplier qualification and reference verification
  • Bid levelling and technical clarification rounds
  • Inspection, packing and logistics control
  • Installation supervision and commissioning checklists

How we work

Implementation process

Every phase ends in a document you can review, approve and hold suppliers to.

  1. 01

    Assessment

    Site, climate, water and market data are collected and validated, and the production concept is agreed with your team.

    Output: Site and climate assessment report

  2. 02

    Feasibility and production model

    Yield, revenue, energy and labour are modelled per crop cycle and stress-tested against price and ramp-up scenarios.

    Output: Financial model and capex envelope

  3. 03

    Specification and engineering

    Structure, climate, irrigation and controls are specified as one integrated system with a full interface matrix.

    Output: Tender-ready specification package

  4. 04

    Tender and supplier selection

    Qualified manufacturers bid the same scope. Offers are levelled, clarified and scored against documented criteria.

    Output: Levelled comparison and recommendation

  5. 05

    Construction supervision

    Fabrication, shipping and installation are inspected and reported against agreed milestones and quality checkpoints.

    Output: Site QA and progress reports

  6. 06

    Commissioning and handover

    Systems are performance tested, documentation is transferred and the first crop cycle is planned with your growers.

    Output: Commissioning protocol and start-up plan

FAQ

Commercial Greenhouse Projects: common questions

What project size does Aegis work with?

Our structured project development is most effective from 5,000 m²upwards, and we regularly coordinate phased programmes of 5 to 50 hectares. Below 5,000 m²we usually recommend a shorter consulting engagement instead of full project development.

Does Aegis manufacture greenhouses?

No. Aegis is an independent solutions partner. We engineer the specification and coordinate qualified manufacturers and installers, which keeps supplier selection objective and driven by project requirements.

How long does a commercial greenhouse project take?

A typical timeline is 3 to 5 months for feasibility, specification and tendering, followed by 6 to 12 months for manufacturing, construction and commissioning, depending on hectares, climate systems and local permitting.

Start Your Greenhouse Project With Aegis

Send us your location, available area and target crop. You will receive a structured first assessment with technology direction and an indicative investment range.