Solar LED street
lighting

Hundreds of projects across the Czech Republic and Slovakia —we’re truly everywhere

Our solar LED lighting is perfect for any setting—get inspired

Sidewalks and bike paths are among the most typical places where you’ll encounter them. One advantage is the ability to use the lights’ mutual communication (known as “mapping”), and in most cases, a basic 130W solar panel is sufficient due to ample sunlight. Especially when installing lights on existing sidewalk structures, you’ll appreciate that you don’t have to dig into the ground or disturb the surface with excavations. You simply pour concrete foundations, and the installation itself is easy—as demonstrated in Sviadnov near Frýdek-Místek.

A cemetery, as the final resting place for our loved ones, is a reflection of every community. Basically, a cemetery must look dignified. Solar lighting is the ideal solution. Why? Because a cemetery is exactly the kind of place where you don’t want to dig more than necessary. We also offer elegant housings (OV type) and a black finish to ensure the luminaire makes a positive impression. The project in the village of Rýžoviště (Bruntál District) is a good example. The GALAXY post light is also well-suited for cemeteries, as it discreetly illuminates dark corners in particular.

Parking lots can also be equipped with solar-powered lights, as shown in this photo from Turzovka in Slovakia. For large-capacity parking lots with dozens or hundreds of parking spaces, we recommend using the mapping feature to enable communication between the lights. This feature saves energy by ensuring that the lights illuminate only the area where movement is detected or in the direction of that movement.

If solar lighting is to be used anywhere, it’s at outdoor sports facilities. An example from Rumburk shows that functionality can go hand in hand with aesthetics. But there’s more to it than that—solar lighting makes it possible to extend the use of these facilities beyond daylight hours. The one-time investment simply pays off, whether it’s for an athletic stadium, a workout area, tennis courts, or a multiple-use sports areas.

It was our company that came up with the idea of upgrading older public transport stops. The concept involves equipping the stop’s structure with a solar panel, installing a light fixture with a battery inside, and, if necessary, adding a simple charger for small electronic devices. It is practical, meaningful, and will improve passenger comfort. The upgraded bus stop in Kozlovice (Frýdek-Místek District) has been in service since the end of 2024.

ICity parks and gardens are among the places where solar lighting can be used. Since these are often dark places, each location must be assessed and optimized individually, particularly in terms of sufficient sunlight and, consequently, the type and power of the solar panel. Given the natural setting, we recommend considering biodynamic lights or lights with amber LEDs (1,800 K). The investor, Prague 22, chose a high-performance 240W FULL-POWER panel for shaded areas.

Solar-powered public LED lighting and its benefits

It is independent on the voltage supply
It has no running costs
It is completely service-free technology

Solar public lighting from the LEDEOS EV and LUNA 1230S series is ideal for lighting areas that do not have a mains connection or are not suitable for one. It draws its energy for operation solely from the sun and is therefore completely independent of the mains voltage source.

Due to the nature of its energy consumption, it has zero operating costs. Another advantage is its maintenance-free technology, where maintenance is limited to occasional cleaning of the solar panel from dirt or, in winter, from snow and ice. A major advantage is the possibility of installation on existing concrete poles.

Solar public lighting operates 90% of the time in economy mode and only 10% of the time at full power. This is possible thanks to programming and the use of data from the so-called astro curve, which ensures that solar lamps only shine when needed. Solar public lighting includes a PIR sensor, or motion sensor, which controls the switching on and off of the solar lamp. The complete lighting characteristics can be programmed remotely.

You can choose from several types of solar panels, whether classic with an output of 130Wp or a modern and attractive solution in the form of SOLAR TUBE with an output of 100Wp per panel. So-called bifacial solar panels, which are designed to make use of reflected light from the surroundings via the underside of the panel, have experienced a huge boom.

The “light mapping” function allows for effective lighting via a BT module where several lights are operating side by side. The lights communicate with each other and exchange information about the movement of people or cars. They are gradually activated and deactivated as objects move. This means that the lights only shine where they are needed.

TYPES ACCORDING TO ATTACHMENT

The solar assembly is composed of a solar panel and a supporting frame. We offer two ways of attachment: either directly on a new garden pole or on the original solid concrete pole:

SOLAR ASSEMBLY, INCLUDING VERTICAL

Panel 130 Wp

The standard solar assembly for regular operation is the solar panel 130 Wpp.

Panel 240 Wp (FULL-POWER)

For more demanding conditions (worse availability of sunshine), we recommend the solar panel 240 Wp.

Panel 144 Wp - VERTIKAL (four-sided)

The standard solar assembly for regular operation is the configuration with 144 Wp.

Panel 100 Wp - VERTIKAL TUBE (rounded)

The power can be multiplied by installing up to 4 modules in series; for normal operation 1 module with a power of 100 Wp is sufficient.

Panel 120 Wp - flexible leaf-shaped panel

Unusual design with sufficient power output of 120 Wp.

Panel 120 / 240 Wp - bifacial panel

The panel is made of double-laminated and tempered glass, is very light, and has the ability to generate energy from the sun even on its underside (reflected and scattered light).

Biodynamic lighting

Biodynamic light is artificial light that mimics the natural day-night light cycle—or biological circadian rhythm—as closely as possible. During the day, it emits mostly white light; in the evening and at night, however, it takes on an orange hue and partially or completely suppresses the white component.

For the past 50 years or so, streets have been lit by so-called orange-colored sodium vapor lamps. Although this was an inefficient light source, the color was appropriate. However, particularly in the last decade, the development of LED technology has led to the indiscriminate installation of white or neutral light with a high proportion of blue wavelengths. This causes organisms—humans, animals, and insects alike—to experience what is known as desynchronization of their circadian rhythms. In other words, we are talking about a negative impact on sleep (it suppresses the sleep hormone melatonin) and biodiversity in nature. Artificial light with a high blue wavelength content attracts insects, leading to their disorientation and activity during rest periods, which ultimately results in their death.

White LED lighting was historically developed for indoor use—that is, in offices, schools, and the like. No impact study preceded its installation outdoors, and we now find ourselves in a situation where, for example, Europe has seen a decline of approximately 75% in the biomass of flying insects over the past 30 years. Another solution is to use so-called PC Amber (Phosphor Converted Amber) LEDs. This term refers to lights with a color temperature of around 1,800 K. These also have a minimal proportion of the blue spectral component, or short wavelengths.

Improves sleep quality

Natural and eco-friendly lighting

Energy-efficient

What are the main parameters and benefits of vertical solar panels?

They are positioned more perpendicular to the sun’s rays, which allows for greater efficiency in utilizing solar energy compared to vertical panels.
Thanks to their greater efficiency, the panels can be placed in less sunny locations and still absorb sufficient amounts of solar energy.
They are smaller than vertical panels—more compact and easier to install, even in limited spaces.
They are more resistant to snow and ice – due to the shape of the panel, snow and ice accumulate less on them.

Technical parameters:

Dimensions (mm): 1.250 x 159 x 159
Weight (kg): 16
Panel power: 4 x 36 Wp

VERTIKAL TUBE solar panels - their advantages and qualities

VERTIKAL TUBE

We also offer a rounded version of vertical solar panels under the name VERTIKAL TUBE. This is an upgrade of the aforementioned four-sided vertical panels in terms of design, installation, and performance.

The performance of the panels is positively influenced by the 360° absorption surface, so even during winter or cloudy weather, a significant portion of sunlight reaches the panel.
A major advantage is modularity, meaning individual modules can be stacked on a pole. The pole can be equipped with one to four modules to increase performance (e.g., when installing a charger or camera on a light pole).
The attractive design further emphasizes these advantages, and a layperson often won’t even recognize it as a solar panel.
There is no need to adjust the panels toward the sunlight, as is typically required with the classic 130 and 240 Wp variants.

Basic technical parameters

Dimensions: inner diameter: 145 mm, outer diameter: 175 mm, height: 1,000 mm
Panel type: monocrystalline
Maximum output of 1 module (tube): 100 W
Number of modules per pole: 1 – 4
Mechanical resistance: IP65
Weight of 1 module (tube): 7.3 kg

Column lighting GALAXY

From the summer of 2024, we have included column luminaires with the brand name GALAXY in our offer. This product fills a gap in the market for suitable lighting for walkways, cycle paths, parks, and even gardens. The trend is moving towards low-profile, discreet luminaires with minimal energy consumption, ideally solar-powered, with remote control options and a range of functions. GALAXY can emit an orange light, similar to the color of a burning candle, which does not attract insects and is natural for both biomass and humans at night. GALAXY columns can be an alternative for those who are aware of these facts and wish to reduce the impact of lighting on the surrounding nature. Let’s take a look at the basic technical parameters of both types of luminaires, which are mostly the same for both types:

Basic Technical Parameters

Lighting Type LED 2.700 K (warm) / 4.000 K (neutral)
Solar Panel Monocrystalline 68W
Battery 7.4V/10AH Li-ion
Material Die-cast aluminum
Height 96 cm
Weight 12 kg
Resistance IK 10
Optics Circle or rectangle

VOS – WIND wind turbine as the optimal supplement for solar-powered public LED lighting

The wind turbine does not claim to replace the solar panel, can serve as a supplement to the main source of energy, i.e. the solar panel. With the unique combination of a solar panel and a wind turbine, you’ll never have to worry about your public roads staying dark. The turbine has a maximum output of 500 W, totalling 650 W in combination with the solar panel. Our innovative combination of a solar panel and a wind turbine means you are no longer dependent on a single energy source. VOS – WIND makes efficient use of natural renewable resources, and the turbine has been tested in the climate of the Czech Republic. This means you are assured of ample lighting whatever the weather. Wind turbines are generally located in shady places, as well as in spots with higher than average winds or with greater average year-round cloud cover (mountainous areas).

Turbine technical parameters:

Body: aluminium alloy
Tail: stainless steel
Rotor blades: nylon filament
Number of rotor blades: 5
Rotor bearing: 2 ball-bearings
Rotor diameter: 1,200 mm
Length: 600 mm
Weight: 9.5 kg
Working temperature: -40 ~ 80 °C
Start-up wind speed: 2 m/s
Nominal wind speed: 13 m/s
Maximum wind speed: 50 m/s
Nominal speed: 900 rps
Maximum output: 500 W
Rated voltage: 12 V AC
Rated current: 29 A
Generator: 3-phase with permanent neodymium magnets
Control: MPPT regulator

Solar lighting for bus stops

Almost every town or city has to deal with the issue of what to do with old bus stops. Demolish them? Renovate them? We can’t make that decision for you, but we do have a solution! Even older bus stops can be given a new lease of life with our LEDEOS products. We can equip bus stops with solar panels to generate energy from the sun. The panels power the internal LED lighting and much more. A miniature version of a charging station can be installed on the bus stop body, mainly for charging mobile phones. The bus stop can also be equipped with a compressor and a bicycle rack. This gives the bus stop a new dimension, and if it is nicely repaired, it becomes a pleasant place to wait for a connection. The light has a motion sensor and the brightness can be adjusted as desired.

WOODEN solar lighting

Imagine something new that you probably haven’t seen before. Or have you? Does it remind you of something? Of course, decades ago, wooden poles dominated the rural environment, with the lighting fixtures of the time, stretched wires, loudspeakers, and ceramic fuses. Storks often nested on them 🙂

It is now 2025, and the world of lighting has changed, but what has proven itself over time remains. This is the case with the WOODEN solar light. We are sure you will love it, because we fell in love with it immediately.

It is based on a larch wood prism. Larch was chosen because it is strong, flexible, and durable. The prism is set in a galvanized base. Energy is provided by inconspicuous vertical solar panels with an output of 144 W on all four sides at the top of the prism. And the lighting itself is handled by a proven luminaire from our production – EV.

Would you like a different type of luminaire or to equip the pole with a camera? Of course, we can certainly arrange that.

The WOODEN solar light will become a decoration for any village or town. It combines the beauty of larch wood with modern lighting technology. It will serve you well and look great in isolated areas, village squares, foothills, mountainous areas, and anywhere else.

Solar street lighting can contain

Combined operation battery/power network

The combined operation battery/power network is supplied from the power network 230 VAC. When connected to the power network, part of the solar lighting charges the reserve accumulator and part of the current is distributed to the load.

PIR sensor

The PIR sensor, or the motion sensor, scans if there is any motion in a certain distance. If the solar light with the sensor scans any motion, it will immediately switch on from the stand-by mode into full power.

AKU BOX

AKU BOX is a protective plastic box which includes accumulators, a terminal box and an outlet bushing. AKU BOXES can be installed on a post or into the ground. Single AKU BOXES differ in capacity (24 Ah, 40 Ah, etc.), dimensions and weight. AKU BOX with the capacity 24 Ah is recommended for regular operation.

Secondary optics

Secondary optics increases the lit up area and enables directing the light flux.

GPS - module

The GPS module programs the solar lighting for up to 5 modes during 24 hours. The lighting saves the operation history into a well-arranged chart.

Exclusive offer of accessories

USB

WIFI

Compressor

Mobile phone holder

Bike rack

Lights installation

We also secure solar lights installation, transport to the place of destination and quality service. Transport costs are added to the installation price.

It goes without saying that we install lighting complement individually, based on the customer´s request and according to the location.