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Winter greenhouse – device, foundation, choice of materials for construction

This WordPress post presents an overview of the design and construction of a winter greenhouse. This type of greenhouse is designed to retain the warmth generated by the sun in winter months when outdoor temperatures drop. Some of the key features include a sturdy foundation, an insulated structure, and the choice of the right materials for construction to ensure the heat is efficiently trapped and locked within. The winter greenhouse ensures crops and plants remain undamaged in icy temperatures, while also greatly boosting their yields. Moreover, its design maintains a consistent room temperature, thus providing a healthier growing environment.

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In spring and summer, many grow vegetables and fruits. However, this is also possible in the cold season thanks to a construction such as a winter greenhouse, for example, made of polycarbonate, which will allow different heat-loving crops to grow year-round, even in winter. The advantages of this design are obvious: in addition to obtaining vitamins for yourself and your relatives, you can build a whole business on growing different plants.

What is a winter greenhouse

The greenhouse for the winter period should have a reliable design: a strong frame (desirable from a metal profile), a good foundation and thick walls. In any greenhouse of this type, you need to pay special attention to:

  • lighting – no plant will grow without light, recommended close to the sun;
  • heating – a rare culture will bear fruit without heating;
  • ventilation – creates a favorable atmosphere for the growth of vegetables and fruits;
  • watering is the most important point in plant care.

In the name of this building there is the word “winter”, which emphasizes the difference with the summer version. Below are recommendations on how to build a greenhouse for winter cultivation:

  1. A film cannot be used as a material, it is better to use strong ones with a large thickness of glass, or polycarbonate.
  2. The thickness of the walls of the greenhouse for winter should be much greater than for summer.
  3. The winter version should have a very reliable frame, the tree is not suitable.
  4. Heating in a polycarbonate greenhouse in winter is simply necessary so that the plants do not freeze and grow well.

Winter greenhouse design

In appearance, shape, type of construction of the greenhouse for summer and winter are similar. The main difference is in the materials and communications used, which will be discussed below. The size of the structure depends on personal preferences, but many experts in this field believe that the minimum area of ​​the structure should not be less than 50-60 square meters. m., and optimally – 100 square meters. m. However, if people just want to grow vegetables for themselves, and not for sale, then 20-30 square meters is quite enough. m.

Greenhouse for winter cultivation

Winter Greenhouse Requirements

Starting to design a greenhouse for winter, you should immediately think about its location. Experts recommend installing the structure on a hill, then excess water will leave, the snow will melt faster, in addition, it is warmer there than in the lowland. If it is not possible to place the building on a hill, then you can pour a layer of soil on the beds. The ideal soil for growing different crops should include the following layers: sand, turf land and humus.

When a place is chosen, it is necessary to dig a pit for the greenhouse, 600 mm is enough. An important component is a reliable foundation, which is not in the summer greenhouse. The explanation is simple: the winter structure is heavier, the walls are much thicker, more massive, because heavier material is used. The construction of the frame is of great importance, it must be strong and resistant to weather conditions. There are options for arched structures, it is better to use a metal frame.

Winter Greenhouse Requirements

Winter Greenhouse Projects

The most popular are modern greenhouses for growing in winter made of polycarbonate, this material will properly insulate the structure. As for the form, a gable greenhouse will be convenient. The most budgetary and easiest option is a greenhouse in winter with glass walls. This material is the most affordable, the price depends on the thickness of the glass. Glazing Benefits:

  • relatively low price;
  • light penetrates well.

However, there are more minuses:

  • fragility of glass;
  • poor thermal insulation;
  • material severity.

Winter greenhouse with double-glazed walls

Polycarbonate

Polycarbonate is a popular material; it is durable, holds well on the frame, flexible and lightweight, and is leakproof. The basis for it is not necessary to make it very strong. Winter polycarbonate greenhouses with heating are a good option, cellular polycarbonate is especially relevant. It is a plastic film in which there are microscopic air bubbles, which provides additional thermal insulation. In addition, it is installed in two layers, between which a phosphor is placed. This substance enhances the light that enters the greenhouse..

Winter polycarbonate greenhouse

Gable

A good roof option is a gable roof; water and snow flow without problems from it. Moreover, the optimal angle of inclination is 20-25 degrees. A transparent material is attached to the walls, either double glass or cellular polycarbonate is used as it. The latter option will allow the gable winter greenhouse to serve at least 12 years. To prevent water from flowing under the transparent walls, you need to make a visor that retreats 6-8 cm from the walls. To warm the greenhouse in cold weather, for example, gas heating is done.

Winter gable greenhouse on the foundation

With earthen filling

Such a sloping winter greenhouse is deepened into the ground. The foundation pit for the construction should be at least 80 cm deep. At the same time, agronomists recommend that the long wall of the greenhouse be on the east side, and the greenhouse frames should be facing south. It is better to wall the walls with carbonate sheets. The advantages of such a structure:

  • water flows well;
  • penetrates a lot of light from the eastern and southern sides;
  • during operation it will be noticeable that the design is reliable;
  • good thermal insulation.

Winter greenhouse with earthen filling

Budget Greenhouse

To save on heating, you can install a greenhouse next to some building that is constantly heated. In addition, thanks to this, space is saved on the land. Reduce the cost of the foundation is not worth it. If you make a poor wooden frame and foundation, then under the weight of the snow the structure can become deformed or even break. To use less building material, you can build a small single-pitch greenhouse, while the width should not be more than 3.5 m.

Greenhouse on the site

Two-story greenhouse

Such a greenhouse for the winter will allow you to grow more crops, because the space is used not only on the ground, but also on the walls. To them you can attach trays with earth to them or make whole shelves with soil. This arrangement is suitable for growing greenery or small crops. It is recommended to install the second tier at a distance of 1 m from the ground, then it will be convenient to water and weed the plants.

Greenhouse on the site

How to build a greenhouse

To decide how to make a winter greenhouse, you need to think through all the options in advance, study several types of buildings. In some places you can make a shed with adjoining the house, somewhere you need to do recessed into the ground. Or you can build a high two-or three-slope on a hill. The place on the site must be chosen so that there is a maximum amount of light from the east and south, and rainwater and snow do not accumulate, go down. The type of soil is also important: if sand prevails in it, then you need to bring turf, fertilize with humus.

Foundation

The best foundation experts recognize the tape. In order for such a basis to serve for a long time and in good order, all stages of the bookmark should be observed:

  1. Decide on the size of the building, mark them on the ground.
  2. Dig a trench with a depth of 50 cm and a width of 20 cm.
  3. On the side walls of the trench you need to make formwork from wooden panels.
  4. The bottom is covered with sand, this layer should be 30 cm thick.
  5. Concrete mix is ​​poured into the trench.
  6. To strengthen the structure, it is necessary to reinforce the concrete screed.

The foundation for the greenhouse

Walls

On the north side, experts recommend building capital walls in one brick, because from this side light hardly penetrates and does not affect the growth of plants, and heat can be saved. For other walls, use polycarbonate with a thickness of 8-10 mm. It is possible, as an additional warming, to put on the casing along the inner perimeter of a film for greenhouses. An important point – transoms with the possibility of ventilation should be equipped, because the ability to ventilate the room is important for plants.

Walls for the greenhouse

Roof

The best solution is to make a gable roof, which will provide a good outflow of water from the roof. This will reduce the load on the entire building. The angle of inclination should be within 20-25 degrees. Highlights of roof construction:

  1. The lower tie rods are attached to the side walls on top of only.
  2. The ridge is connected to the tie rods with the help of paired rafters.
  3. The roof is covered with the same polycarbonate or glass as the walls. Some compartments should be opened to allow ventilation..

??Greenhouse Roofing

Final finish

When arranging a winter greenhouse, one should not forget about such important options for heating a room as stove heating, water, biological or electric heating. At the stage of final finishing, the installation of the main internal structures takes place:

  1. If there is a vestibule in the greenhouse with an additional door, then the following work should be done: insulate the street door with, for example, polystyrene, and the inside can be made transparent – with a polycarbonate coating.
  2. Install a heating system: boilers with radiators.
  3. An irrigation system is equipped, it is best to make a drip.
  4. Install ceiling lights.
  5. The beds are laid, in a harsh climate, it is desirable to use heating technologies for the optimum soil temperature (biofuels, electric or water heating).
  6. Additional infrared heating may be considered..

Greenhouse Finishing

Arrangement of a winter greenhouse

A winter greenhouse must meet the basic requirements: a large amount of heat, moisture and sun. In the cold season, these conditions will have to be created artificially. It takes a lot of effort, but if vegetables are grown for business, then it will soon pay off. It’s best to try to automate all systems so that water and light arrive at the right time and in the right amount, and the heat supply never stops.

Watering and moisturizing

Depending on the size of the greenhouse, the water tank should be appropriate. If water will come from the well, then from there you need to lay pipes at a depth of 1.5 m (for a temperate climate). If the winter greenhouse is large, it is best to dig a well nearby or in the vestibule. Inside, you need to install containers in which the water will be heated, they should be at a height for better pressure during irrigation. Heating can be both natural, from the sun, and artificial, if you install heating elements. The tanks are open, so there is also humidification of the air.

Watering and humidification in the greenhouse

Ventilation

Thanks to ventilation, excess moisture and heat are removed from the greenhouse, and air is also renewed with the exchange of oxygen and carbon dioxide. To do this, make vents in the roof or top of the walls. It is recommended to do them at the top, because this way ventilation will be more efficient, because warm air rises and cold air rises down. You can ventilate either manually or by installing an automatic system.

Greenhouse ventilation

Lighting

In winter, the sunshine is not enough seedlings, so you need to equip a system of additional lighting. For these purposes, DNaT and DNaZ discharge lamps are suitable. The number of lamps depends on the area of ​​the greenhouse, it should be considered as follows: per 1 square. m – 100 watts of electricity. You need to know that such lamps heat up very much, so they need to be installed under the ceiling in special lamps that can reflect.

Greenhouse lighting

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Comments: 1
  1. Wyatt Hayes

    Can you provide more information about the device used in a winter greenhouse? What are the key features and functionalities that we should consider? Additionally, what are the factors to consider when choosing the foundation and the materials for constructing a winter greenhouse?

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