Last updated April 26, 2021
Among alternative energy sources for private use, solar panels are recognized as one of the most promising options. This is due to the variety of offers on the market, practicality, and ease of building autonomous power supply systems for private and even apartment buildings.
When building their own solar stations, many users choose flexible solar panels - a very promising solution that is already efficient, convenient and cost-effective.
What is special about flexible panels?
When examining a wall decorated with flexible panels, it will be difficult to distinguish a decorative coating consisting of rigid elements. Meanwhile, such products have a number of distinctive features, which include:
- increased flexibility;
- wear resistance;
- soundproofing properties;
- ease of cleaning;
- water resistance;
- a wide range, including panels that imitate natural materials;
- durability;
- ease of installation.
Considering this feature, when choosing a suitable finishing material, most people opt for this option. However, in this case it is necessary to take into account that flexible panels have a small thickness, which places increased demands on the quality of base preparation. In addition, the cost of one element cannot be called low and the material is artificial. This does not allow creating an optimal microclimate.
What characteristics should you pay attention to when choosing?
When choosing suitable flexible panels for decorating walls in your home, it is worth considering a number of parameters. The required properties will depend on the conditions of subsequent operation. Important parameters may include:
- size and shape. The speed of installation work and the possibility of implementing a specific design project depend on these characteristics. In one case, the desired effect can be achieved by attaching sheet material; in the second case, the best option would be a flexible laminate;
- moisture resistance. This property depends on the quality of the top layer. If you plan to cladding walls in rooms with high levels of humidity, this characteristic is important;
- color and pattern, which are selected taking into account the developed design project.
Design and selection options
Soft decorative panels are varied in design and execution. Properly selected, they can become the basis of an exclusive interior no worse than wooden panels in a bedroom of both classical and modern style. The design is based on the following characteristics:
- Size . A single module can be small, in the form of a 10x10 cm tile; in some cases the size reaches one and a half to two meters. A single composition is formed from the modules. It can occupy part of the wall, or the entire wall, or act as a panel.
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Kinds
The design of flexible panels may vary. This allows you to choose the best option for the design of a specific wall surface. When choosing the right type, you should compare the advantages and disadvantages of each to choose the most suitable one.
Sheets
An important advantage of this finishing material is the large width and length of one element. Manufacturers offer sheets whose width is 125 cm and length reaches 3 m. Thanks to this, it is possible to beautifully decorate a significant part of the wall at one time.
pros
- big square;
- high installation speed;
- ease of maintenance due to the minimum number of seams;
- a large assortment, among which sheets imitating brick and stone masonry are especially in demand;
- different texture.
Minuses
- high consumption due to the high consumption of materials during the installation process;
- increased requirements for the order of installation work.
Plates
Manufacturers offer a large number of square and rectangular elements. The size of one tile may vary. the shape of each tile is carefully thought out. Thanks to this, the room looks quite beautiful and neat. This significantly expands the possibility of their use when decorating wall surfaces.
pros
- a large assortment;
- wide size range;
- the ability to choose texture, color, texture;
- ease of design of wall sections of any complexity;
- the ability to form a mosaic surface.
Minuses
- lengthy installation due to the need to control the spatial position of each element;
- a large number of seams complicating installation.
Planks
Wall slats whose width is much less than their length. This is a so-called flexible laminate, which has a characteristic rectangular shape. The width of such a strip is on average 15 cm. The length varies over a wide range.
pros
- a large assortment;
- ease of installation
Minuses
- increased requirements for the quality of base preparation.
Price from 3,000 rubles
Thin-film flexible solar cells are solar cells consisting of a thin layer of amorphous crystals on a flexible substrate that can be rolled, bent, and even folded. To increase comfort and increase technical capabilities, you can take them with you on a business trip, on a trip, on a fishing trip, or on vacation. Thin film flexible solar panels are very convenient, they are light, thin, durable and compact. To enhance energy capabilities, thin-film flexible solar cells can be placed on any autonomous vehicle, as well as on buildings and architectural forms.
TECHNICAL DATA and ADVANTAGES flexible solar panel:
+ Thin-film flexible solar panels with a capacity of 18, 25, 30, 35, 40, 50, 60, 75, 80, 90, 95, 100, 110, 120, 130, 135, 140, 150, 180 W W
+ FLEXIBLE fluoropolymer-based solar panels for outdoor use
+ LIGHTWEIGHT, for example, a 100 W solar panel weighs only 2 kg!
+ Flexible solar cells have operating temperatures: from -35 to + 85 degrees
+ Flexible solar panels work effectively in diffused light.
+ The efficiency of flexible solar cells is more than 20%!
+ American thin-film monocrystalline flexible solar panel technology.
+ Service life 18 - 20 years
+ Warranty period - 1 year
+ The LOWEST PRICES for flexible solar panels panels elements buy in Moscow.
Flexible solar panels for finishing the facade of a house. Read more…
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Solar cells produced using thin-film technologies are called flexible solar panels and, due to their elasticity and low weight, make it possible to mount solar panels on any surface and even sew them into clothing and accessories.
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The metal frame of flexible solar panels is no longer needed, which reduces weight and opens up new possibilities for using flexible solar panels.
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Lightweight and flexible KIBOR solar panels allow you to implement interesting architectural solutions for buildings and small architectural forms.
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The light weight and plastic base of thin-film solar cells allows them to be placed not only on traditional roofs, but also on walls and windows of buildings and other parts of objects.
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In the production of solar cells of KIBOR panels, monocrystalline solar cells are used, which are much more efficient than polycrystalline ones.
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Flexible solar panels work effectively even in diffuse light.
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Today, thin-film technologies are the most promising for generating solar electricity.
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The company currently produces low-cost flexible solar panels that can be purchased with an efficiency of more than 22%.
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However, by achieving such impressive results in converting sunlight into electrical current, the company is almost approaching the ceiling of the capabilities of crystalline silicon technology and “rests” on the theoretical ceiling of light conversion of 29%.
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The actual laboratory process threshold for thin film technology today does not exceed a conversion value of 25%.
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The new fluoropolymer coating is resistant to the damaging effects of solar ultraviolet radiation and can withstand high operating temperatures, which ensures a long service life of approximately 20 years.
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The use of thin-film flexible solar cells is very justified in countries with hot climates.
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When operating at high temperatures, thin-film flexible solar cells show greater efficiency compared to classic ones.
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Thin-film flexible solar panels made using modern technology are very effective in regions where cloudy and foggy weather prevails. They do not require direct sunlight and absorb scattered light better; thanks to this effect, the volume of total power generated per year is 10-15% greater than that of classic crystalline panels.
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Thin film flexible solar panels KIBOR panels
Power panels (W) | Size (mm) | Efficiency % | I mp (A) | Vmp (IN) | Isc (A) | Voc (IN) | Weight (kg) | Price, rub |
18 W | 277*434*3mm | 20.5 % | 0.92 A | 19.3 V | 1.04 A | 23.6 V | 0.29 kg | |
25 W | 277*555*3 mm | 21.5 % | 1.43 A | 17.5 V | 1.55 A | 21.5 V | 0.57 kg | |
30 W | 375*535*3mm | 19.6 % | 1.72 A | 17.4 V | 1.93 A | 21.3 V | 0.75 kg | |
40 W | 415*535*3mm | 22.2 % | 2.34 A | 19.4 V | 2.06 A | 23.5 V | 0.90 kg | |
50 W | 535*555*3mm | 21.5 % | 2.85 A | 17.5 V | 3.06 A | 21.5 V | 1.0 kg | |
60 W | 535*734*3mm | 19.6 % | 3.44 A | 17.4 V | 3.71 A | 21.11 V | 1.46 kg | |
75 W | 535*820*3mm | 21.1 % | 3.81 A | 19.3 V | 4.11 A | 23.93 V | 1.65 kg | |
80 W | 540*922*3 mm | 18.8 % | 5.20 A | 15.3 V | 5.62 A | 18.79 V | 1.85 kg | |
85W | 550*1050*3 mm | 18.6 % | 5.06 A | 16.8 V | 5.61 A | 20.19 V | 2.10 kg | |
90 W | 540*1050*3 mm | 19.0 % | 5.27 A | 17.0 V | 5.71 A | 20.69 V | 2.00 kg | |
95W | 540*1050*3 mm | 20.2 % | 5.47 A | 17.3 V | 5.90 A | 20.89 V | 2.00 kg | |
100 W | 540*1050*3 mm | 21.3 % | 5.71 A | 17.6 V | 6.07 A | 21.69 V | 2.00 kg | |
110 W | 540*1175*3 mm | 20.5 % | 5.64 A | 19.54 V | 6.03 A | 23.49 V | 2.25 kg | |
120 W | 540*1305*3 mm | 20.5 % | 5.44 A | 22.09 V | 5.86 A | 26.49 V | 2.45 kg | |
130 W | 540*1435*3 mm | 19.5 % | 5.43 A | 24.09 V | 5.96 A | 29.00 V | 2.60 kg | |
135 W | 540*1435*3 mm | 20.8 % | 5.61 A | 24.19 V | 6.04 A | 29.29 V | 2.60 kg | |
140 W | 796*1082*3mm | 19.5 % | 7.08 A | 19.79 V | 7.78 A | 24.98 V | 2.68 kg | |
150 W | 796*1082*3mm | 21.3 % | 7.51 A | 20.01 V | 8.11 A | 24.49 V | 2.68 kg | |
180W-1 | 796*1305*3mm | 20.0 % | 5.49 A | 32.91 V | 5.86 A | 39.79 V | 3.0 kg | |
180 W-2 | 796*1305*3mm | 20.0 % | 10.72A | 16.79 V | 11.58A | 20.29 V | 3.0 kg |
Flexible solar panels PHOTO:
Flexible solar panels for finishing the facade of a house. Read more…
Questions and answers:
1. Can KIBOR flexible solar panels be used for a summer residence?
— Flexible solar panels for a summer residence are an ideal solution for mounting on the south side of the walls of a building.
2. Where are KIBOR thin film solar cells used?
— Thin-film solar panels are very light and thin, weighing only a few kilograms and are used where weight is critical, for example, on electric airplanes, electric boats, electric vehicles, and other autonomous devices.
3. Where to buy solar panels for your home?
— You can buy flexible solar panels for your home in our office, and if we are talking about a large project, then upon order with an advance payment of 30% we can provide the supply of flexible and conventional crystalline solar panels.
4. What advantages do thin film flexible solar panels have over conventional solar panels?
— KIBOR thin-film flexible solar panels are manufactured using American technology; solar cells are made of flexible film material and placed on a thin and durable plastic substrate. Solar cells have a very high efficiency of more than 20% conversion of sunlight, which is 30% higher than conventional solar cells using classical technology.
5. What is the correct name for thin-film flexible solar cells?
— Translated from English, flexible solar panel means thin-film flexible solar panels, but can also be called thin-film flexible solar panels, thin-film flexible solar cells and thin-film flexible solar modules.
6. What set of equipment is needed for a solar power plant in the country? Solar batteries for a dacha kit, solar batteries for a dacha price.
— To generate solar electricity, you need a kit consisting of solar panels, batteries, a charge controller and a 12/24/220 V voltage inverter. Solar batteries for a dacha, a kit with connection diagrams, is available on our website, solar batteries for a dacha have a low price.
Flexible solar panels for finishing the facade of a house. Read more…
New products from KIBOR | |||
Floor standing air conditioner without duct KIBOR 25 | Solar-powered outdoor gardening LED lantern on a 2.6 meter high pole | Solar panels for the facade of a house, installation of a suspended facade from solar panels | Plastic ELECTRIC BOAT for fishing KIBOR-fish |
Mounting features
The installation procedure for flexible panels may vary significantly. Manufacturers offer a large number of elements with an adhesive base. Installation in this case is performed in the following sequence:
- the foundation is being prepared. The old coating and all existing dirt are removed from the wall. After this, you must carefully inspect the base to check the flatness of the base and any mechanical damage. The wall is leveled by applying a sufficient layer of plaster. Wait for it to dry completely;
- the wall is primed to provide the necessary level of protection from the harmful influences of the environment and increase adhesion to the adhesive composition;
- preparing the material and tools that will be required when performing finishing work. Marking is carried out, which will be used to control the correct spatial position of the element;
- For parts with grooves installed in the corner, protruding fragments are cut off;
- An adhesive composition is applied to the underside of the prepared panels. if the surface is embossed, glue should be applied only to protruding elements;
- the flexible panel is applied to the base. Its position is controlled along the lines of previously applied markings. The panel is carefully pressed to the base;
- Use a clean rag to remove excess adhesive. To do this, you need to carefully smooth the entire surface of the panel with light pressure, ensuring that it fits snugly to the base;
- The remaining panels are glued in the same way. In this case, it is very important to ensure the correct spatial position not only relative to the horizontal or vertical, but also relative to other elements.
If you still have questions regarding the procedure for performing installation work. We suggest watching the following videos to understand the process technology in detail:
In addition to the glue method, there is a frame method. In this case, work is performed in the following sequence:
- The sheathing elements are treated with special antifungal and water-repellent agents. The planks are cut to size and attached to the wall. The screws are screwed strictly vertically to the surface of the plank;
- panels are cut to size using a knife or any other tool with the obligatory formation of an even cut line. The elements are attached to the prepared sheathing with metal staples or a construction stapler;
- We connect the panels to each other using a special lock. We fix it using the chosen method;
- We cut the last panel to size before installation.
Required Tools
The list of tools and materials used may vary significantly. When choosing an adhesive method, it is very important to choose an adhesive with suitable characteristics. Most often for the installation of flexible panels they use:
- Special glue for polyvinyl chloride panels, for the packaging of which you will have to pay at least 200 rubles per 0.1 liter;
- A universal composition, for example, “Moment-montazh”, the cost of which starts at 550 rubles for 375g;
- Liquid nails, for 0.31 liters of which you will have to pay at least 170 rubles.
In addition to the adhesive composition, you must have in stock:
- Level, the price of which starts from 100 rubles with a price of 23 cm;
- A mounting knife, the price of which is at least 30 rubles;
- An assembly pencil, the cost of which starts from 10 rubles.
If installation is carried out using a frame method, you will need a screwdriver, saw and hammer drill. It is better to rent such a tool rather than buy it.
Advantages
- Translucency. Classic (polycrystalline and monocrystalline) solar panels are completely opaque. Amorphous thin-film batteries can be designed to replace a window in a home, letting in some light and converting some into electricity.
- Ease. Batteries made on film are several times lighter than classic ones, which gives more freedom in installation and simplifies operations with them.
- Flexibility. Thin-film batteries theoretically be bent in any plane without loss of performance.
- Impact resistance. The film does not break from falling during installation or from hail and remains operational in the most extreme conditions.
Care
The service life of flexible panels directly depends on compliance with the care rules recommended by the manufacturer. Each package indicates general rules that you should pay special attention to. This will extend the service life of a particular coating. If there are none, in the most general case it follows:
- clean the surface using warm water, the heating degree of which is 35C - 45C;
- use special products to remove stubborn stains;
- choose only a soft cloth to clean the surface, preferably flannel or microfiber;
- it is imperative to clean the entire surface to ensure that the entire area is cleaned once;
- Wipe the tiles dry after cleaning.
In addition to the usual advice, there are also folk recipes. Having decided to use them, you should first check the feasibility of such an action in an unnecessary area or in an invisible area. This will avoid a situation where, due to the aggressive effects of the substances used, you will have to resort to replacing a separate panel or the entire surface.
A solution of 9% vinegar can be used as such a remedy. To prepare it, dissolve one tablespoon of the product in a five-liter container. If necessary, vinegar can be replaced with lemon juice. After this treatment, the surface will have a characteristic shine that was lost during use.
Thus, flexible panels are an excellent option for decorating walls in various rooms. With their help you can beautifully decorate a rounded wall surface. If you follow the work technology and care recommendations, it will be possible to form a high-quality decorative coating with a long service life.
Flaws
Although such energy-saving systems are in demand among users, they are not without drawbacks. These include:
- The efficiency of a solar battery is low, which does not always allow generating enough electricity to fully meet the needs of residents of a private home. For autonomous operation of the power supply system, a large number of powerful structures will be required;
- Small thickness of the sprayed layer, which significantly reduces the service life of the product. Many products are not able to last more than 20 years. The warranty period is limited to three years. After five years, individual elements begin to fail.
The disadvantages also include a long payback period. The cost of an energy-saving design can hardly be called budgetary. In addition to the elements themselves, you will have to additionally purchase special equipment to ensure the functionality of the mounted system. It will take a long period of time to recoup the costs incurred. The effectiveness of the system depends on weather conditions, and for its operation it is necessary to additionally purchase expensive equipment.