LEGO GREENHOUSE COMPANY

Keeping the climate in agriculture under control and ensuring its continuity of the production is provided by greenhouse cultivation. Increasing demands and developing agricultural technologies have contributed to the emergence of soilless agricultural greenhouses. Soilless agriculture, which can be carried out by various methods, provides higher productivity compared to soild greenhouses in terms of cost, but high productivity compared to soild greenhouses in terms of production volume. Plants grown in hydroponic greenhouses take the nutrients from the soil from nutrient alloys. Its popularity is increasing day by day. These advantages cause the increases of the soilless greenhouse preference in lettuce cultivation.The fact that the need for nutrients is low and its consumption is high, the amount of the product obtained is higher than the traditional greenhouses, are the reasons why soilless greenhouses are preferred in the cultivation of lettuce.

In the cultivation of tomato plants grown in hot and temperate climatic regions, the decrease of climatic conditions to minus degrees may adversely affect its production. Keeping the climate in the greenhouse under control and ensuring its continuity is provided by greenhouse cultivation. Increasing demands and developing agricultural technologies have contributed to the emergence of soilless tomato greenhouses. Tomato, which is the most produced vegetable in soilless agriculture, can be produced for 10 months of the year with soilless agriculture. In hydroponic greenhouses, systems are prepared at a height of 50-60 cm from the ground and a temperature system is established where the ambient temperature will not fall below 11-12 °C throughout the year. It is a production system in which salt level and ph values ​​of tomatoes are made in a controlled manner with an adjustable automatic fertilization system.

Strawberry is a high-value fruit known all over the world for its flavor, color and nutritional content. Strawberry cultivation can be grown in a wide temperature range. This situation allows strawberry cultivation to be carried out in many different regions. In the production of strawberries made with traditional methods, there is a loss of yield and plant loss due to soil-borne diseases. Soilless greenhouse production has started to be preferred in strawberry production due to the chemicals used to solve soil-borne diseases in the cultivation area, deteriorating the structure of the soil and the production volume lost in this process. With the soilless greenhouse method, significant increases were seen in the production yield and fruit quality. Factors such as climate, growing environment, seedling type, planting frequency, growing system, disease and pest control are the factors that should be known and followed well in order to grow strawberries without soil.

Polycarbonate is amorphous and transparent thermoplastics. It is an alternative to glass products as transparent and translucent in various colors by processing polycarbonate. Polycarbonate sheets can be described as a material very similar to glass, due to the fact that they transmit sunlight. Polycarbonate sheets have been the most used materials among building materials in recent years. These plates, which are preferred and used in many sectors today, provide advantages to their users in every field they are used thanks to their chemical and physical properties. The transparency and aesthetic appearance of polycarbonate, being much lighter and more economical than glass, increases its use. Today, it is more preferable to use polycarbonate instead of glass in greenhouse constructions. It is aimed to maximize the efficiency of production with the choice of polycarbonate material in greenhouses.

One of the important factors in separating models such as tunnel greenhouse or pole tunnel greenhouse is the height difference. In the applications made by Lego Greenhouse, greenhouse types that reach a height of 6.00 m under the gutter are seen in order to gain advantage in the air-conditioning of the greenhouse. Tunnel greenhouses are models that can be established with more economical budgets than other greenhouse models in terms of cost. They have a light steel construction structure. Despite their simple structure, they are durable and efficient models. The structure can protect itself in harsh weather conditions by increasing its flexibility with the correct and high quality materials used. The structure and flexibility of tunnel greenhouses, consisting of beams attached to each other, have increased their resistance to adverse weather conditions.

Galvanized is a method applied as a corroborate for the resistance of metals in all weather conditions, prolonging their bench life and preventing corrosion. Galvanized profiles are used more than anti-rust profiles due to their longevity. Galvanized profiles are produced from galvanized sheet metal or by dipping method of black profiles. However, for the selection of higher quality products, products made of galvanized sheet metal or produced as hot dipped should be selected. This coating process extends the bench life of the metal. By cutting the air contact, the corrosion problem of the metal is prevented. Galvanized profiles are obtained by applying the galvanizing method to standard profiles. For the galvanized profile, first of all, it is necessary to know what the galvanizing process is. The purpose of the galvanizing process is generally to prevent corrosion.

Galvanized pipes are more preferred pipes than other pipe types because they are stainless. Galvanized pipe is widely used in indoor and outdoor applications due to its stainless structure. The fact that steel pipes become unusable by rusting causes both material loss and environmental pollution. Pipes such as water pipes to be used in greenhouses should not be corroded or rusted. Rust contaminating the water to be transported adversely affects the growth of plants. Rusting of these pipes is harmful to human health. Therefore, galvanized pipes are preferred especially in pipes where fresh water passes. As a structure, galvanized pipes are more robust than other pipes. The protective layer on the surface of galvanized pipes, which are more resistant to external factors, prevents the pipe from being scratched. In order to prevent these situations from occurring, the demand for galvanized pipes has increased.

The use of greenhouses started in the middle of the 16th century throughout the world. Greenhouses, whose production capacity has been increased with today's technologies, are designed in different models according to the needs of the grower. Greenhouse selection and design should be made according to environmental climatic factors (temperature differences, wind intake) and growth characteristics of the type of plant to be grown. Gothic greenhouses, named after their unique roof shape, are one of the preferred greenhouse models with the advantages they provide to the manufacturer. The roof structure of Gothic greenhouses minimizes production problems during greenhouse activities. In the greenhouses evaporation causes roof condensation. The roof structure of Gothic greenhouses minimizes this situation and prevents water dripping on the plants. Dripping water can form fungus on plants.

Agricultural greenhouses provide a suitable environment for plant cultivation. Plants that are not affected by different weather conditions can be grown in all seasons through greenhouses. In this way, the harvest rate will increase noticeably. Agricultural greenhouse covers to be used differ from depending on the region and the type of plant to be grown. Depending on the grower's needs, there are different additives and production possibilities with different properties. UV Additive increases the resistance of the greenhouse cover to sunlight. UV additives are used at different rates according to the seasonal conditions of the region to be used. The IR (InfraRed) additive preserves the greenhouse heat and minimizes the heat loss between day and night. In this way, it helps to use less energy for heating the greenhouse. It also reduces the risk of frost, prevents plants from getting stressed and accelerates plant growth.

In steel construction structures, it is essential to achieve high strength with the lightest material. In these structures, the carrier systems that ensure the safety of the structure are made of steel and connected to each other in a way that protects the static. These structures are preferred first, especially in areas where there is a risk of earthquakes. Steel construction structures have a fully convertible material feature. They are in accordance with the principle of protection of sustainable environmental values, which is the most important of modern architecture. Partation columns and load-bearing walls are not needed in structures with steel construction. With steel construction structures, solutions are found for space needs at maximum width and height. Structures with steel construction systems provide ease of installation in a short time. It is given importance that the work is designed with pre-production engineering in the most reliable way.