Before developing a greenhouse project, it is essential to understand whether the project is technically, economically and commercially feasible. DutchGreenhouses supports clients, investors and project developers with practical feasibility studies that provide a clear first assessment of the project potential.
A feasibility study is not only about calculating the investment cost. It is about understanding the complete project environment. We collect and evaluate local market information, expected sales prices, distance to the market, logistics, labour availability, energy prices, water availability, climate conditions and the expected performance of the selected crop.
A key part of our approach is the climate study.
Based on the project location, we analyse local weather data, including outside temperatures, humidity, solar radiation, wind conditions and seasonal patterns. This allows us to determine what the greenhouse will need in terms of heating, cooling, ventilation, screening, fogging, irrigation, CO₂ dosing and lighting.
The climate analysis helps us understand whether the selected crop can be grown efficiently, what technical systems are required and how much energy and water the project may consume.
We also review the required installations for the project. Depending on the location and crop, this may include heating systems, cooling systems, thermal screens, shading screens, grow lights, irrigation units, water storage, fertigation systems, CO₂ systems, climate computers, electrical installations and backup systems.
These technical choices have a direct impact on the investment level, operating costs, crop quality and production reliability.
The feasibility study also includes an initial view of labour requirements. We assess the expected workforce needed for crop handling, harvesting, packing, maintenance and daily operation. Where possible, we also consider the level of automation that may reduce labour dependency and improve consistency.
The result is a practical and structured overview of the project potential. It helps determine whether the project location, crop choice, greenhouse model, technical installations, market conditions and financial assumptions are aligned.
Our feasibility studies are designed to support better decision-making before major commitments are made. They help clients understand the opportunity, the risks, the required systems and the expected economic direction of the project.
This creates a solid foundation for the next step: a detailed concept design, investment estimate and project proposal.
A greenhouse project must be designed around the actual conditions of the project location. For this reason, DutchGreenhouses prepares climate and structural studies as part of the project feasibility process.
The climate study focuses on the growing conditions required for the selected crop.
We analyze local weather data, including minimum and maximum temperatures, humidity, solar radiation, wind patterns and seasonal variation. From this data we assess the available natural light and calculate the expected DLI — Daily Light Integral — throughout the year. This helps determine whether the crop can be grown with natural light only, or whether additional grow lighting is required.
We also compare the local climate with the required crop climate. This includes the required growing temperature, minimum night temperature, humidity range, ventilation demand, cooling requirement, screening strategy, irrigation demand, CO₂ strategy and possible heating requirement.
Based on this analysis, we can define which technical installations are needed to create a stable and productive growing environment.
The same location study is also used to evaluate the structural requirements of the greenhouse.
A greenhouse in a mild climate requires a different structural approach than a greenhouse in an area with heavy snow, strong wind, high altitude, coastal storms or seismic activity. Therefore, we review the relevant weather and environmental loads for each location, including snow load, wind load, rainfall intensity and, where applicable, earthquake risk.
These conditions directly influence the greenhouse structure. The required strength of the steel frame, trusses, columns, bracing, foundations, roof system, glass or covering material, gutters and fixing systems must be adapted to the location.
A project in Canada, the USA, the Middle East, Africa or Southern Europe may all require a different design standard, even when the greenhouse model appears similar.
By combining crop climate requirements with structural climate requirements, we create a more reliable project basis. The greenhouse must not only support optimal plant growth, but also withstand the local environmental loads during its full operational lifetime.
This study helps define the correct greenhouse concept, technical installations, energy demand, investment level and structural design direction before the project moves into detailed engineering.
After the climate study, we review the crop itself.
Every crop has its own climate requirements. Tomatoes, cucumbers, lettuce, peppers, strawberries, herbs, flowers or medicinal crops all need a different combination of light, temperature, humidity, irrigation, nutrition, CO₂ and crop handling.
For this reason, DutchGreenhouses prepares a Crop Performance Study as part of the feasibility process.
This study focuses on what the selected crop needs in order to thrive at the project location. We assess the required growing temperature, minimum night temperature, maximum acceptable temperature, humidity range, target VPD, light requirement, crop cycle, production period, expected yield and the level of climate control needed to achieve stable production.
Light is one of the most important factors. A crop with a high light requirement may perform very well in one location, but may need grow lights in another location. In regions with high solar radiation, the issue may not be a lack of light, but excess heat, crop stress and the need for shading or cooling.
Temperature is equally important. If the outside climate is too cold, the greenhouse may require heating, thermal screens and energy-efficient climate control. If the climate is too hot, the project may require high ventilation capacity, shading, evaporative cooling, fogging or other cooling strategies.
The Crop Performance Study connects the crop requirement with the local climate. It helps define what is needed to create the right growing conditions inside the greenhouse.
This is important because crop performance is directly connected to the business case.
A greenhouse project is not successful because the greenhouse is built. It is successful when the crop performs, production is reliable, quality is consistent and the harvested product can be sold at the right price.
Once we understand the climate and crop requirements, we can assess the resources needed to operate the greenhouse.
This includes energy, electricity, gas, water, CO₂, labour and other operational inputs. These resources have a direct impact on the operating cost of the project.
For example, if the crop requires heating during cold periods, the study must consider the expected gas, biomass, geothermal, hot water or other heating energy demand. If the crop requires grow lights, the electricity demand becomes a major cost factor. If cooling is required, the project may need additional electricity, water, ventilation capacity or evaporative cooling systems.
Water is also a critical resource. We review the expected irrigation demand, available water source, water quality, storage requirement and the possibility of water recirculation. In many regions, water availability and water quality can strongly influence the technical design and the long-term viability of the project.
The same applies to electricity. A greenhouse with grow lights, pumps, climate computers, fans, cooling systems, packing equipment and automation may require a serious electrical connection. In some locations, grid capacity may be limited, unstable or expensive. This must be understood before the project is developed further.
The Resource and Operating Cost Study gives insight into the expected cost structure of the operation.
It helps determine whether the crop can be produced at a competitive cost level and whether the project has a realistic commercial basis.
A greenhouse project must also be aligned with the market.
It is not enough to know that a crop can be grown. The crop must also be sold at the right volume, quality level, price and frequency. For this reason, DutchGreenhouses includes a market study in the feasibility process.
We review the expected market demand, potential buyers, sales channels, distance to the market, logistics, packaging requirements, competition and expected sales prices. We also assess whether the greenhouse size matches the market opportunity.
A smaller greenhouse may be suitable for local supermarkets, hotels, restaurants, farm shops or direct local distribution. In that case, freshness, reliability and local production may create a strong commercial advantage.
A larger greenhouse requires a different approach. When production volume increases, the project may need access to wholesale markets, distribution companies, supermarket chains, food service companies or export channels. In larger projects, the sales price may be lower because the product must be moved in larger quantities through professional market channels.
This difference is important.
A crop can have a high local sales price in small volumes, but that does not automatically mean the same price can be achieved when production becomes much larger. The feasibility study must therefore connect greenhouse size, crop selection, production volume and market absorption.
The market study helps define whether the project should focus on premium local sales, regional distribution, wholesale supply or larger commercial contracts.
The same location study is also used to evaluate the structural requirements of the greenhouse.
A greenhouse in a mild climate requires a different structural approach than a greenhouse in an area with heavy snow, strong wind, high altitude, coastal storms or seismic activity. Therefore, we review the relevant weather and environmental loads for each location, including snow load, wind load, rainfall intensity and, where applicable, earthquake risk.
These conditions directly influence the greenhouse structure. The required strength of the steel frame, trusses, columns, bracing, foundations, roof system, glass or covering material, gutters and fixing systems must be adapted to the location.
A project in Canada, the USA, the Middle East, Africa or Southern Europe may all require a different design standard, even when the greenhouse model appears similar.
By combining crop climate requirements with structural climate requirements, we create a more reliable project basis. The greenhouse must not only support optimal plant growth, but also withstand the local environmental loads during its full operational lifetime.
The structural study helps define the correct greenhouse concept, material selection, foundation direction, covering system and engineering approach before the project moves into detailed design.
The feasibility study also includes an initial review of the required technical installations.
Depending on the location, crop and production strategy, this may include:
These technical choices have a direct impact on the investment level, operating costs, crop quality and production reliability.
A low-tech greenhouse may be sufficient in one climate, while another location may require a much more advanced technical package. The feasibility study helps prevent under-designing or over-designing the project.
The goal is to select the right level of technology for the crop, the climate, the market and the investment model.
Labour is another important part of the feasibility study.
We assess the expected workforce needed for crop handling, harvesting, packing, maintenance and daily operation. The required labour depends on the crop, greenhouse size, growing system, harvesting method, packing requirements and level of automation.
In some regions, labour may be available but needs training. In other regions, labour may be expensive, limited or unreliable. This can strongly influence the recommended level of automation.
Where possible, we review options for reducing labour dependency through smart greenhouse design, crop systems, automation, efficient logistics and practical workflow planning.
A greenhouse must not only be designed to grow crops. It must also be designed to operate efficiently every day.
The result of the feasibility study is a practical and structured overview of the project potential.
It helps determine whether the project location, crop choice, greenhouse model, technical installations, market conditions, resource availability and financial assumptions are aligned.
The study gives direction on:
Our feasibility studies are designed to support better decision-making before major commitments are made. They help clients understand the opportunity, the risks, the required systems and the expected economic direction of the project.
This creates a stronger and more realistic project foundation before moving into detailed engineering, investment planning and final proposal development.
Do you want to know whether your greenhouse project is technically, commercially and financially feasible? DutchGreenhouses can prepare a practical feasibility study based on your location, crop, climate, market conditions and resource availability. This gives you a clear first direction before major investment decisions are made.
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