J. Huete Greenhouses

J. Huete Greenhouses We design and manufacture
smart greenhouses
for better crops
with maximum efficiency. J.

Huete International was founded in January 1995 with for incorporating high technology and innovation to the agriculture sector and of the protected crop. Now, we have an industrial area of 12.000 m2 intended for the manufacture of greenhouse structures and technological accessories (screen accessories, heating, humidification and irrigation systems, climate control, etc.), as well as the Human Ca

pital needed for the Advice, Design, Manufacture and Installation of all the technology, and the Global Agricultural Business Development Project.

09/06/2026

Another year at GreenTech! Visit us at booth 01.315 where our experts will advise you on the design and manufacture of agricultural greenhouses for mass production. Want to know how to increase production without increasing operating costs? We have solutions... come visit us.

In a greenhouse technology fair, many solutions can look interesting.But in a real project, the key is choosing the tech...
05/06/2026

In a greenhouse technology fair, many solutions can look interesting.

But in a real project, the key is choosing the technology that truly fits the crop, the climate and the grower’s production objective.

For large-scale greenhouse projects, climate control and automation must be designed with a clear purpose. They need to work together with the structure, ventilation, irrigation, screens and daily operation of the farm.

That is why having the right partner matters.

At J. Huete Greenhouses, we design, manufacture and build professional greenhouse projects adapted to each client’s needs, avoiding unnecessary oversizing and focusing on the systems that can really improve control and performance.

GreenTech Amsterdam is a great moment to talk about innovation, but also about technical criteria.

If your company is planning a greenhouse project, let’s start a conversation.

You can find us at stand 01.315.

Next week we'll be at GreenTech Amsterdam.We'll be waiting for you near the main entrance of Hall 1, at booth 01.315.If ...
03/06/2026

Next week we'll be at GreenTech Amsterdam.

We'll be waiting for you near the main entrance of Hall 1, at booth 01.315.

If you're thinking about:
- Expanding your greenhouses.
- Building a new agricultural project with a greenhouse.
- Adding climate control equipment to your greenhouse.
- Upgrading from soil to hydroponics.
..come see us.

We'll provide you with personalized advice.

Want to schedule a meeting?
Write "Meeting" in the comments and we'll contact you privately. Limited slots available!

01/06/2026

One of the biggest mistakes in greenhouse projects is still very common:

Copying a design that worked somewhere else.

A greenhouse that performs well in one country, one crop or one production model can become the wrong decision when it is moved to a different climate, a different crop strategy or a different operational reality.

From the outside, two greenhouse projects may look similar.

The real difference appears in the details: structure, height, volume, ventilation, covering materials, screens, heating, cooling, drainage, irrigation, automation and the way the crop will actually be managed every day.

A standard model can seem attractive at the quotation stage because it is easy to compare, easy to present and often faster to define.

The problem comes later.

A greenhouse that was not designed for the local climate can struggle with humidity, excessive heat, poor air movement, snow load, wind exposure or high energy demand.

A greenhouse that was not designed around the crop can limit transpiration, reduce uniformity, increase disease pressure or make daily operations less efficient.

A greenhouse that was selected only because it was “already available” can become an expensive limitation for years.

Professional growers do not need a copied structure.

They need a project designed around their real conditions: location, climate, crop, surface, production target, technology level, labour strategy and long-term profitability.

At J. Huete Greenhouses, we design, manufacture and build greenhouse projects by studying these factors before defining the technical solution.

Because a greenhouse is not just something to install.

It is the production environment where the crop, the grower and the business will depend on every design decision.

If your company is planning a greenhouse project, do not start by asking which model is available.

Start by asking what your crop, your climate and your team really need to perform.

Tell us your crop, location and approximate surface.

Let’s start a conversation before the wrong design becomes a long-term cost.

A leafy green greenhouse can lose efficiency long before the first harvest.It happens when the structure, the climate st...
27/05/2026

A leafy green greenhouse can lose efficiency long before the first harvest.

It happens when the structure, the climate strategy and the hydroponic system are designed as separate decisions instead of one production model.

In high-density hydroponic lettuce production, precision is everything. The crop needs uniform climate conditions, efficient air movement, reliable drainage, stable humidity, accurate automation and a structure capable of supporting the system without compromising performance.

This was the technical logic behind one of our recent projects in Japan: a one-hectare multi-span greenhouse developed for hydroponic lettuce production using an MGS mobile gutter system with NFT gutters.

The structure was reinforced to support the mobile hydroponic system, where alignment, dynamic loads and structural continuity are critical for smooth operation. In this type of project, the greenhouse is not just the envelope around the crop. It is part of the production machinery.

Climate control was also designed around the needs of leafy green production. Automated butterfly roof vents, two-stage perimeter ventilation, air recirculation fans, advanced sensors and management software work together to maintain a more uniform microclimate across the growing lines.

The project also integrates double horizontal energy-saving screens to reduce temperature fluctuations and support a more stable growing environment throughout the crop cycle. Rainwater collection, optimized electrical systems and individual protection panels for automated components complete a technical design focused on efficiency, safety and operational reliability.

For agricultural companies planning greenhouse projects for lettuce or other leafy greens, the lesson is clear: hydroponics only performs at its highest level when the greenhouse is designed around the system, the crop and the daily operation.

We design, manufacture and build professional greenhouse projects where structure, climate, hydroponics, automation and electrical systems are planned as one integrated solution.

Because a productive greenhouse is not only built in square metres.

It is built in decisions that make the crop easier to control, easier to scale and easier to make profitable.

If your company is evaluating a greenhouse project for leafy greens, hydroponics or controlled production, let’s start a conversation.

Tell us your crop, location and approximate surface. Our team can help you define the right technical approach before comparing quotations.

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25/05/2026

Your Head Grower can have the best climate data in the world.

If the greenhouse is not designed to act on that data, the crop will still suffer.

This is one of the biggest problems we see in professional greenhouse projects: companies invest in sensors, software and climate strategies, but the structure itself does not give the grower enough control.

The data says the VPD is too high.

But the ventilation capacity is limited.

The data says humidity is creating risk.

But the greenhouse has poor air movement, insufficient dehumidification or an internal volume that makes climate changes too aggressive.

The data says temperature is not aligned with radiation.

But the project was not designed with the right balance between screens, heating, cooling, ventilation and automation.

This is where many greenhouse investments become expensive mistakes.

A professional greenhouse is not just a structure to cover a crop. It is the production environment where your agronomic team must control transpiration, humidity, temperature, radiation, energy use and crop response every single day.

For a Head Grower, concepts such as VPD and RTR are not theoretical. They are working tools. VPD helps understand the evaporative demand around the plant. When it is too high, the crop can lose water too fast, close stomata and reduce activity. When it is too low, transpiration slows down, humidity risk increases and disease pressure becomes more difficult to manage. RTR helps connect temperature with radiation. It tells the grower whether the climate strategy is really supporting the light available, the crop stage and the production objective.

But knowing the problem is not enough.

The greenhouse must give the grower the technical capacity to correct it.

That capacity is designed before the project is built.

It is in the height of the structure, in the internal volume, in the ventilation strategy, in the screens, in the heating, cooling and dehumidification systems, in the irrigation, fertigation, sensors, electrical installation and automation.

Your Head Grower should not be fighting against the greenhouse. The greenhouse should be one of the strongest tools your Head Grower has.

If your company is planning a new greenhouse project or evaluating how to improve its production infrastructure, let’s start a conversation.

Every greenhouse project has a different purpose.That is why the best solution is not always the one with the most techn...
22/05/2026

Every greenhouse project has a different purpose.

That is why the best solution is not always the one with the most technology, but the one with the right technology for the client’s real needs.

In Portugal, we recently developed a technologically advanced greenhouse for research in medicinal plants. The project included systems such as lighting, screens, dehumidification and growing benches, all selected to improve environmental control, working capacity and crop quality.

In projects like this, every decision matters.

Adding unnecessary technology can increase the cost of the project without providing real value. At the same time, a poorly defined project can limit the client’s ability to work with precision, control the environment or obtain the expected results.

Our work is to analyse the objective of the greenhouse, the crop, the climate, the daily operation and the level of technology required before defining the solution.

At J. Huete Greenhouses, we design, manufacture and build custom greenhouse projects adapted to each client.

Because a professional greenhouse must respond to a real need, not to a standard formula.

If you are planning a greenhouse project and want to define the right technical approach, let’s start a conversation.

The berry sector is under pressure.Agricultural media have recently reported rising input costs for berry growers, great...
18/05/2026

The berry sector is under pressure.

Agricultural media have recently reported rising input costs for berry growers, greater exposure to climate variability and a growing interest in protected cultivation for crops such as strawberries, raspberries and blueberries. At the same time, international greenhouse reports continue to point to berries as one of the crop segments with the strongest expansion expectations in protected horticulture.

In this context, the structure chosen by the grower becomes much more than a support system.

The Berryfesta Gothic Macro Tunnel has been designed for professional berry production, where crop protection, internal volume, working height and climate management can directly influence productivity, fruit quality and daily operations.

Its gothic geometry helps increase the internal air volume and improves the evacuation of condensation, two key aspects in crops that are especially sensitive to humidity, temperature fluctuations and disease pressure. A better internal environment allows the grower to work with more control during critical periods of the cycle.

The structure also provides a more comfortable working space for crop management, harvesting, technical operations and the possible integration of complementary systems, depending on the needs of each project.

For strawberry, raspberry, blueberry and other high-value crops, the objective is clear: protect the crop, improve the growing environment and give the producer a more reliable structure for professional production.

At J. Huete Greenhouses, we design and manufacture greenhouse solutions adapted to the crop, the climate and the scale of each agricultural project.

Because in berry production, profitability is not only decided by the variety or the market price.

It also depends on the structure that protects the crop every day.

14/05/2026

A project in Central Asia or Eastern Europe requires a technical approach adapted to its real production environment.

From the outside, two may look similar. However, their design, structure, climate strategy and equipment may need to respond to completely different conditions depending on the region, the crop and the production objective.

In Southern Europe, greenhouse design is often focused on radiation management, ventilation, cooling capacity and efficient water use during hot periods. In Central Asia and Eastern Europe, the same type of project may also need to consider severe winter temperatures, snow loads, strong wind exposure, internal rainwater drainage, heating capacity, energy efficiency and long periods where the crop depends almost entirely on the greenhouse environment.

This is why comparing greenhouse projects only by price per square metre can lead to the wrong decision. Our technical-sales member Amir Abbas Khan explains it in this video.

The real value of a professional greenhouse is not only in the structure itself, but in how well that structure, the climate strategy and the technical systems are adapted to the specific conditions of the project.

A poorly adapted design can increase energy consumption, limit crop performance, create operational problems during extreme weather and require corrective work after construction. In large-scale projects, these decisions can have a direct impact on profitability for years.

We design and build international greenhouse projects by studying the location, climate, crop, technology requirements and operational goals of each client before defining the technical solution.

If your company is planning a greenhouse project in Central Asia, Eastern Europe or another demanding market, our technical and commercial team can help you evaluate the key design decisions before requesting or comparing quotations.

Contact us and tell us your location, crop and approximate project size. We will help you take the first steps toward a greenhouse project designed for performance, control and long-term profitability.

11/05/2026

In a technologically advanced greenhouse project, the key is to install the right technology to solve a specific crop problem, improve plant yield, and keep the project within a reasonable investment.

In this case, together with our client, we incorporated Svensson air jets to improve air circulation within the greenhouse. These units help move air more uniformly, reducing stagnant areas, temperature differences, and humidity buildup that can negatively impact crop development.

The technical benefit is significant: a more homogeneous climate around the plants promotes more stable transpiration, helps reduce risks associated with excess humidity, and allows the climate control system to operate more efficiently.

However, the decision isn't simply about adding equipment indiscriminately. Each technology must address a real need: the crop, the external climate, the structure, the greenhouse volume, the ventilation system, the screens, and the farmer's production strategy.

Oversizing can increase the project's cost without providing a proportional benefit. Undersizing can limit plant performance for years.

That's why we design greenhouse projects where structure, climate, irrigation, ventilation, automation, and technology all work together toward a single goal: creating the best possible conditions to produce more and better crops, without sacrificing investment efficiency.

Because a good project is measured by the technology that truly helps the crop reach its full potential.

Dirección

Polígono Industrial Oeste, Calle Ecuador, Parcela 4/10
Alcantarilla
30820

Horario de Apertura

Lunes 08:00 - 19:00
Martes 08:00 - 19:00
Miércoles 08:00 - 19:00
Jueves 08:00 - 19:00
Viernes 08:00 - 17:00

Teléfono

968807368

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