Solar power for independent industrial goods, devices, instruments, island systems, off-grid-systems and stand-alone systems.

A multitude of products and devices have to be supplied with electricity independent of the grid. Either there is no grid connection available or the connection is too expensive and extravagantly. On top of that there are over two billion people on the earth without access to the regular grid.

But without electricity, many devices do not work today. Parking ticket machines, street lighting, as well as the entire communication via mobile phone or internet often only work based on a reliable power supply. SOLARA solar modules and complete stand-alone systems, also known as stand-alone systems or OFF-GRID SYSTEMS, produce the necessary electricity in an environmentally friendly way without emissions. SOLARA has high-quality and affordable solutions for reliable solar electrification. For locations without a suitable power connection or remote regions, we have a self-sufficient solar power supply.

Many important applications - safely and reliably supplied with solar power!

The following are examples for commercial use of solar energy

Solar application explained and illustrated in detail on this page:

Intelligent traffic systems of the future with solar energy

Energy-efficient LED variable message signs equipped with solar energy systems enable road users to receive current traffic information on highways and all other roads.
Picture by Alexas_Fotos from Pixabay

Car2X or Car-to-infrastructure supplied by solar power

The communicating vehicles require a corresponding solar infrastructure in towns and villages that can be supplied with solar power regardless of location.
Picture by Angelika Graczyk from Pixabay

Car2X or car-to-infrastructure powered by solar power are the future in modern mobility. The communicating vehicles need an appropriate infrastructure in cities and municipalities that can be supplied with solar power regardless of location.



Traffic lights can also be equipped with solar systems for this purpose so that they can communicate with cars in the future.

V2X-communication via WiFi hotspots by solar power

Communication between traffic lights and vehicles powered by solar power is independent of an electrical infrastructure. The traffic light systems are equipped with solar WiFi hotspots and are connected to a traffic control centre.
Picture by Ildigo from Pixabay

Communication between traffic lights and vehicles powered by solar power is independent of an electrical infrastructure. The traffic light systems are equipped with solar WiFi hotspots and are connected to a traffic control center. This solar-powered technology is called V2X, where V stands for vehicle, and X for different devices or facilities. Via V2X, traffic lights can send data to cars via solar WiFi hotspots and also receive data via WiFi from vehicles. In addition, solar traffic lights send data to the so-called "mobility data marketplace", which contains all information about traffic jams, construction sites, traffic flows and provides much more.

Self-sufficient dynamic traffic control with solar panels - flexible control traffic situations

Traffic signs and speed indicators equipped with solar cells help to prevent accidents and to positively influence the flow of traffic. Lanes can be flexibly changed and displayed with solar.
Picture by Shaun Finn from Pixabay

Energy-efficient LED variable message signs equipped with solar systems enable road users to receive current traffic information on motorways and all other roads. Traffic signs and speed indicators equipped with solar cells help to prevent accidents and to positively influence the flow of traffic. Lanes can be flexibly displayed and changed with solar. Dynamic solar route information boards with a small solar system can display alternative routes at any location in the event of traffic jams or roadblocks. Measuring devices with solar cells as weigh-in-motion (weighing vehicles while driving) can also be used at locations without a power connection to monitor overloaded trucks.

Vehicles with integrated solar technology

Vehicle integrated photovoltaics (VIPV)

Electromobility and solar power are the ideal combinations. A solar system on the roof, carport, car park etc generates electricity for the electric cars in the immediate vicinity.


Electric vehicles with a solar system are optimum. That makes the e-mobile completely independent of charging stations. Of course, it is important to install sufficient solar cells on or near the vehicle. On commercial vehicles, such as trucks or lorries, there can be sufficient space for solar modules. The whole thing is then called vehicle integrated PV (VIPV).


The first steps towards vehicle-integrated photovoltaics have been taken by a consortium around the Institute for Solar Energy Research in Hameln (ISFH). The ISFH has equipped a light commercial vehicle with photovoltaics (VIPV). The solar cells on the vehicle generate solar power from sunlight. Solar power charges the car's high-voltage batteries. In this prototype, the solar power from the solar system is currently still used to extend the range of the vehicle. In this case, this means more range, less petrol/diesel consumption and considerable CO2 savings through vehicle-integrated photovoltaics.


The large body surfaces of a van or truck offer plenty of space for the installation of solar systems or solar modules. The photovoltaic surface or vehicle-integrated solar system not only charges the battery for the electric motor but also supplies electricity for the auxiliary units in the vehicle.


Integrated solar cells or solar modules have been available for several years in car sunroofs (e.g. at Audi) or on truck refrigerator boxes. Integrated photovoltaics have proven themselves there as an additional energy source for air conditioning or cooling. These solar applications usually run on low-voltage 12 V or 24V.


Vehicle integrated photovoltaics (VIPV) already existed in the sixties. However, the special streamlined lightweight solar vehicles with integrated solar cells were a niche. However, vehicles with integrated solar technology had to prove themselves in competitions worldwide even back then. Universities, researchers and students were the main drivers of the small solar vehicles with integrated solar modules or solar cells.

Measurement technology with solar power

Solar-heated wind sensors

Picture by Jason Blackeye from Unsplash
Picture by Jason Blackeye from Unsplash

Solar-heated measuring instruments are needed by wind turbines to collect various wind parameters. The wind sensors or wind direction sensors with solar modules are located on the outside of the nacelle/turbine and work even in icy weather conditions thanks to solar-powered heating. 


The solar-powered wind sensors provide reliable data even when the wind turbine is at a standstill. In icy weather conditions, wind turbines can lose between 10 and 20% of their energy. Sensors that are heated by solar modules reduce the loss. Solar wind measuring instruments always provide reliable parameters, even at temperatures below freezing.


The heating is powered by solar energy. Thus, solar-powered measuring instruments can guarantee reliable operation. The sensors with solar modules are ideal for cold weather their remain functional down to -40 °C and heavy ice formation. 

Earthquake monitoring - SOLARA solar technology for an earthquake monitoring station

This earthquake monitoring system is equipped with ten SOLARA 120 Watt solar modules from the solar module production in northern Germany. The system delivers its data to a seismic network for earthquake monitoring using solar power. It is located in Hvassahraun in the Reykjanes region. Reykjavík is about 23 km from the earthquake monitoring station in Hvassahraun.


The earthquake monitoring station with solar installation is connected to the GEOFON network of the German Research Centre for Geosciences (GFZ), which is operated together with more than 50 international partners. In the GEOFO-Network, high-quality broadband data for earthquake recording and earthquake monitoring are obtained, among other things, using electricity generation from photovoltaic systems. The Earthquake Information Service is one of the fastest sources of earthquake information in the world. Even the most remote stations for seismic measurements are connected by SOLARA's solar plants to the European Mediterranean Seismological Centre (EMSC).


SOLARA already equipped buoys for earthquake monitoring for tsunami warning in the Indian Ocean 15 years ago with reliable solar power systems and solar modules from Germany.


Stations with solar power systems, i.e. electricity from photovoltaic solar cells, exist on all continents. In the European-Mediterranean region and around the Indian Ocean, the earthquake monitoring network is particularly dense. Broadband sensors in the earthquake monitoring stations, mostly STS-2, are standard in many cases. The entire seismic spectrum is covered, i.e. from small high-frequency local earthquake events to large global earthquakes.


Important earthquake parameters, e.g. information on the epicentre of an earthquake, are recorded. The epicentre is located around the quake focus, i.e. the place where the earthquake occurred. Other data such as the depth and magnitude of the earthquake are also determined, as well as the time of the event in UTC (Coordinated Universal Time). This creates a large seismological data archive.

Use solar power for measuring and testing

There must therefor be a power supply. A solar system is the perfect solution for independent power supply.
Picture by Erich Westendarp from Pixabay

Measurement technology is important in every aspect and is now mainly digital. Therefore it must exist a power supply. A solar system is the perfect solution for independent power supply.


For the environmental areas of air, noise and water, routine measurements have to be performed, often operated with solar power. Solar systems are designed to ensure that measurements of air, noise and water quality can be continuously monitored. The independent power supply enables measures to secure and improve the media. Solar measuring devices for emission and immission measurements relating to air are carried out for the measuring tasks in a special procedure. It serves to comply with and monitor the air pollution control regulations. Such solar measurements can detect air pollution at the point of its origin (emission) and at its place of action (immission) because the solar panels ensure a safe and independent power supply at every location.

Solar measuring devices, measuring points and measuring techniques for emission and immission measurements

With professional solar systems from SOLARA, measuring devices can reliably record and store all data. Solar panels provide the necessary power for this even if no grid connection is directly available.
Picture by marcinjozwiak from Pixabay

Equip emission measuring devices with solar to detect noise, fine dust and sources of danger on site. With professional solar systems from SOLARA, measuring devices can reliably record and store all data.


It is essential to prevent harmful substances, noise, fine dust and harmful radiation. For this reason, emission values must be observed. But this can only be measured on site. Solar modules provide the necessary power for this even if no power connection can be used directly. This also applies to gas leaks, light sources and suspended matter. Inaccurate measurement results due to measuring points that are too far away or an unreliable power supply can be a disaster. Only with solar energy you can be on the safe side and be up to date to generate professional data.

Solar measuring devices in production

Appropriate measurement technology is absolutely necessary to determine different physical quantities. Measurement technology is indispensable for automation today. In production, measurement and test data are necessary for the quality of a product.
Picture by SatyaPrem from Pixabay

Appropriate measurement technology is absolutely necessary to determine different physical quantities. Measurement technology is indispensable for automation today. In production, measurement and test data are necessary for the quality of a product. Therefore sophisticated measurement technology has an overarching effect.


To achieve this, modern measurement technology must always work reliably. Therefore it is sensible to use self-sufficient solar systems to ensure reliable measurements at all times.

The measurement technology supplied with solar power today is used for the following processes:


Production process, product quality in one production at the incoming inspection, intermediate inspection and outgoing inspection.

The test technology supplied with solar system includes material testing, dimensional testing and functional testing

When it comes to measuring technology with solar panels for material testing, the focus is on material quality testing technology in quality assurance. A distinction is made between destructive material testing and non-destructive material testing. In the destructive material test a specimen is examined e.g. with the following properties: tensile strength, yield strength, bending strength, hardness, toughness and chemical composition.


Electrical conductivity also plays a role for measurement technology with solar power supply in plastics processing.


Professional measurements of the measured values quickly, precisely and galvanically isolated, as well as being intelligently preprocessed or monitored, are often location-independent. Such smart data and industrial analytics, or measurement technology as an interface to the virtual world, can ideally be safely and reliably supplied with electricity using solar cells or small solar systems.


In contrast to the earlier imprecise, manual and tedious handling, measurement technology with solar panels is now compact in construction, absolutely precise and with quick measurement and is easy to maintain. Independent and automated data transfers to a central EDP system are possible at any time through the solar system. The connection to a powerful IT or EDP network is the basis of today's measurement technology. The central recording of the measured values, central administration and processing is indispensable today. A high-performance solar system and solar cells with a high degree of efficiency guarantee such quality concepts.

Mobile network and WiFi hotspots with solar power regardless of the location

Mobile networks with solar panels and a WiFi hotspot make the internet wireless. Powerful WiFi mesh networks can be installed anywhere thanks to integrated solar panels or solar cells.
Picture by StockSnap from Pixabay

Cellular networks with solar panels and a WiFi hotspot make the internet wireless. Powerful WiFi mesh networks can be installed anywhere thanks to integrated solar panels or solar cells. They are ideal for public outdoors WiFi networks, in the city or in the country. A mobile WiFi hotspot, e.g. at events such as concerts, sports and games is easily possible with solar power. Locations without a network or internet connection are a thing of the past thanks to solar systems. The future belongs to the fully self-sufficient WiFi hotspot with solar panels. This solar WiFi hotspot can be connected to an existing internet connection via WiFi or LAN. In addition, the solar WiFi hotspot can also be useful as a range extender for extended range coverage. Places without access to an existing internet connection can be equipped with the latest mobile (5G, 4G, etc.) cell phone routers through the solar mobile radio network and the solar WiFi access point.

Solar powered surveillance camera for outdoor areas

With a small solar system, the installation location of the WiFi surveillance camera is possible anywhere. The solar panels and a battery or accumulator storage make the camera completely independent of the grid connection.
Picture by Andreas Lischka from Pixabay


The solar cells enable a night vision function, motion detection, cloud storage, WiFi and remote access via a smartphone, PC or laptop.


The location of the WiFi surveillance camera can be installed anywhere with a small solar system. The solar panels and a battery or accumulator storage make the camera completely independent of the power supply. Daylight converts the high-performance solar cells into electricity to charge the batteries. Energy-saving energy management optimises the camera system and extends the operating time considerably.

Park bench with WiFi and USB-power supply using solar energy

Solar energy makes it possible. Solar panels integrated in park benches generate the necessary electricity. The bench also provides free WiFi. One also speaks of WiFi-benches.
Picture by 024-657-834 from Pixabay

Just sitting on benches used to be. Today you also want to surf the internet or charge your cell phone - solar energy makes it possible. Solar panels integrated in park benches generate the necessary electricity. The park bench also provides free WiFi. Some may also call them WiFi benches. The smart benches only work with solar power. Integrated photovoltaic panels charge the built-in battery so that power is always available for the USB connection and the WiFi. USB ports built into the WiFi bench enable cell phones, tablets and much more to charge. Inductive charging, i.e. charging without cables can also be possible. Those who want to surf the internet via WiFi can comfortably linger in the green on the solar bench in the future.

Emergency telephone with solar energy

Supply an emergency phone with solar power. SOLARA solar panels are often used to power the emergency call pillars.

An Emergency telephone is basically a telephone installation. The Phone is for making calls to emergency services to ask for help. It is mostly required in a place of special danger or isolated places. E.g. in parks, in the woods, on the beach and at the highway. At the majority of these places there will not be any connection for power supply, it lend itself to consider a solar power plant for a stand-alone power supply.



The supply of the emergency telephone with solar power is a fulsome technology and is often already being implemented. Well-known manufacturers offer suitable emergency telephones. For the power supply of the emergency telephones SOLARA solar panels are often used, as SOLARA produces absolutely reliable, robust and long-living solar panels. For example, the SOLARA M-series, without glass cover, is ideal for public areas, as glass damage due to vandalism is excluded.



The emergency telephone also operated with solar power is technically a so-called "special means of communication". Modern emergency telephones are connected via ISDN, IP-telephony (Ethernet) or GSM with an emergency call center or making contact with them if necessary.


Solar systems form SOLARA emergency phones or pillars also away from highways, urban region without electricity and phone cable connection. The reliable solar power supply with SOLARA worldwide.

New emergency telephones also transmit the location of the telephone through the call. With solar power a so-called polling, the accessibility of the emergency telephone can be checked. Polling is a regular request for the functionality of the emergency telephone and the solar power supply.


The current emergency telephones are usually equipped with an automatic function-control. The emergency telephones check themselves, as well as the speaker and the microphone. The amplification is set automatically and adapted itself to the environment. Signals or lights on the, emergency call button and the emergency telephone are always supplied with reliable solar power in every season.


Wherever there is neither a power connection nor a fixed line telephone network, the emergency call is made on GSM-basis. This is no longer a temporary solution on construction sites and in remote regions. Solar power with solar power plants from SOLARA is ideal for GSM-emergency telephones.


More and more emergency telephones are equipped with voice-over-IP-technology nowadays. The relatively high energy requirements of VoIP-emergency telephones or of the network components can be perfectly covered by the solar technology from SOLARA.


In conclusion, with SOLARA’s solar panels emergency telephones can also be reliably operated away from highways and urban areas without a power and telephone cable connection. In addition, nowadays the solar power supply is cheaper than a power connection and it does not incur any basic charges and power consumption costs.

Solar facades for buildings

Here is an example of a beautiful solar facade in Cologne city centre that has been reliably producing solar power for many years.

Even a facade can gain power. Many think in terms of solar power generation on systems on the roof or even open space. Solar panels can also be mounted on the exterior walls of a building. The so-called curtain wall not only produces solar power but also protects the surface of the building. Nowadays solar panels have a life expectancy of up to 40 years. A variety of weather conditions can bear up solar panels.



Due to the vertical installation or orientation of the solar panels the low sun will be used in particular. Especially in the winter months the solar yield is thus optimized.



Here is an example of a beautiful solar facade in the center of Cologne, which has been producing reliable solar power for many years.

The SOLARA stand-alone systems for devices without a power connection

Stand-alone systems from SOLARA for marine signs at home on all the world's oceans. Reliable solar power for many decades!

SOLARA is specialized in custom off-grid-solutions for many different needs and uses. Those complex systems have, in addition to the solar panels, a charge regulator and an inverter. This way it is possible to store the solar energie locally in batteries and supply the device with 12 Volts DC or 230 Volts AC.




Solar modules, components and complete systems by SOLARA are used everywhere there is no reliable power source. In remote areas of the world, on the sea, in technical facilities, in traffic control systems and in telecommunication systems.

Stand-alone-systems by SOLARA are constructed in such a way, that they can withstand the highest climatically stress. They are robust, flexible in use conditions and use the provided sunlight even in unfavorable conditions optimally for energy production.


To ensure the quality and efficiency of the SOLARA products, the modules and mounting systems are produced in Germany. Each solar panel is tested and certified with strict quality standarts by ISO conditions. After completion each solar panel is measured individually under international recognized STC conditions and gets a unique and unchangeable serial number.

Radio stations with solar power

Solar systems for radio stations worldwide. Reliable solar power for many decades from SOLARA. Solar panels in various designs with high-performance solar cells.


A radio station can be a transmitter, receiver, or both in one and is for example detectable by an antenna. Furthermore special additional facilities have to be included to maintain a radio service.


The most important additional equipment in remote areas is the solar power supply with a solar power plant. A radio system is operated electrically and depending on the power of the radio waves, duration of wireless communication etc., needs a reliable solar power supply.


SOLARA offers a variety of different solar power plants for this purpose.

According to their use a distinction is drawn between solar powered radio stations as follows:

SOLARA solar systems generate solar power for the main radio station, sub-radio station, receiving radio station, transmitting radio station, etc. With a solar system, reliable electricity anywhere in the world.

Main radio station, sub radio station, receiving radio station, transmitter radio station, etc. with or without solar system. The ITU (International Telecommunication Union) defines the internationally binding categorization of different radio stations. Whereat the solar power plant is irrelevant.


In Germany, the Federal Network Agency holds the frequency management. To operate a radio station it requires an official approval, but not for the solar power plants. Usually the approval of the radio station in Germany is issued with a frequency allocation by the Federal Network Agency, according to the Telecommunications Act.

Various radio stations (selection) which are also supplied with solar power:

Fixed radio service with solar (fixed radio-communication service) is a "radio service between certain fixed points" according to ITU. E.g., directional radio, tropospheric radio, embassy radio & company radio. A solar system is available in all areas.

Rescue radio station as emergency beacon according to the ITU "a mobile station of the mobile maritime radio service or of the mobile aeronautical radio service which is used only for rescue purposes and which is on a lifeboat, life-raft or any other means of rescue". For more than 20 years solar power plants from SOLARA have been reliably supplied lifeboats with solar power.


Fixed radio-communication service is according to the ITU a "radio service between certain fixed points". E. g. beam radio, troposphere radio, embassy radio and private mobile radio. Solar power plants proffer in adjacent areas. In many cases the electricity connection, the basic charge and current electricity costs are more expensive than a solar power plant from SOLARA.


A fixed station (land station) is according to the ITU a radio station of the mobile service as a mobile land service, e. g. antennas of GSM-base station and GSM-transceiver. Here as well solar energy is often the first choice due to the greatly reduced costs for solar power plants.


According to the ITU, a radio beacon is a radio station of the navigation radio service whose signals enable a mobile radio station (e. g. in the aircraft) to determine its bearing or direction with respect to the beacon. Even small solar power plants can reliably provide the power supply yearlong.


In inland navigation the land station is a stationary radio station for inland navigation on land and the ship radio station is a mobile radio station for inland navigation on board an inland waterway vessel. The photos show the already common use of solar power plants for the power supply.

Electric pasture fences with solar panels

Electric pasture fences with a solar system enable a continuous electrical voltage, but the circuit is only closed when the animal comes into contact with the pasture fence operated by solar power.

The fence is a border that should be strictly respected by animals. With a pasture fence animals can be fenced or kept away from surrounding land. The fence should be perceived as an insurmountable obstacle. An electric fence with solar power is ideal for this. Short yet harmless electric impulses have a deterrent effect on animals. The animals "learn" to accept the electric fence with solar power plants as an insurmountable limit. An outbreak is absolutely minimized. In remote pastures the supply of electric fence with solar power is without alternative.


Electric fences with solar power plants allow a continuous electrical voltage, but the circuit is closed only when the animal comes into contact with the solar powered pasture fence.



In many cases there is no alternative to the solar electric pasture fence because the use of barbed wire is considered too  great due to the risk of injury to humans and animals.

A solar pasture fence is easy to install and easy to modify and expand. The risk of injury from the pasture fence with solar power plants is practically excluded for humans and animals. With solar power through SOLARA solar power plants, a permanent and reliable demarcation of grazing animals is possible. The mobile solar power plants make the adaptation to the needs of animals of all kinds and the landscape conditions possible.


The Association of German Electrical Engineers in VDE 0667 has also presented the planning, installation and relevant safety regulations for electric fence with solar.



The solar electric fence is in many cases without alternative because the use of barbed wire due to the risk of injury to humans and animals is considered too large.

Solar power for the turnouts of the Harz narrow-gauge railway to the Brocken

Perfect solar power to supply turnouts on the train. Solar panels and solar cells for solar systems for point control in railway technology, signal technology, lighting systems and industrial systems. Outdoor solar panels for the power supply.
Two SOLARA solar panels for the railway technology at the Brocken in the Harz (Germany) for safe and long-lasting power supply

After passing the station Goetheweg, at 956m altitude, the narrow-gauge railway goes directly to the Brocken. The points of the route are operated with solar power. In order to guarantee the necessary reliability it was decided to use solar panels from SOLARA. Made in the solar-power-factory Wismar, Mecklenburg-Vorpommern.



Before the train circling the chunks in a spiral 1½ times, every passenger can admire the SOLARA solar panels. On the 18.9 kilometer route to the Brocken railway station at 1,125m, the SOLARA solar panels "Made in Germany" always ensure safe operation of the points. Thanks to solar power with SOLARA solar technology, no expensive power supply had to be laid in the rough terrain on the Brocken.

History of the Brockenbahn

Reliable solar power supply for switches on railway systems. Solar panels with solar cells for solar power systems for point control for railway technology, signal technology, lighting systems & industrial systems. Solar panel for the outdoor power supply
SOLARA solar power plants in the Harz for the points of the Brockenbahn

After the route was opened below the Brocken on June 20 1898, the opening of the remainder to the Brocken took place on October 4 1898. At that time all points had to be operated by hand since solar technology or even solar panels were completely unknown.


Until 1987 frequented freight trains on the track. It was transported mainly building materials, coal and oil, since no solar energy or solar panels were available. On the Brocken border troops of the GDR and soldiers of the Soviet Union were stationed, which were supplied by the railway. Since the route was in the restricted area since 1952 a pass was required to enter and the regular passenger traffic was shut down between Schierke and the Brocken.

Video from the solar panles to the independent power supply at the Brocken in the Harz. Without grid connection reliable power for points of the Brockenbahn.

In September 1991, the public transport was reopened with two steam-powered trains. There were first considerations for the use of solar energy with solar panels. The train operation is guaranteed since then by a Mallet-locomotive (1939 developed by Krupp prototype) and a new building of the German Reichsbahn.


The Brocken Railway was privatized in 1993 and has since been operated by the Harz Narrow Gauge Railways (HSB). A few years later, the points on the Brocken were electrified with solar panels by SOLARA from Wismar. High reliability of the solar power plants even in extreme weather conditions and the longevity of the solar panels were decisive for this decision.

Function and circuit diagram of a self-sufficient solar power system

We have systems for every need

Principle of operation, circuit diagram of a SOLARA solar power system with solar panels, charge controller, battery, display instruments.

Even in the small power range, reliability is a decisive criterion. Regardless of whether it is a mountain hut or a measuring station, a small solar system is often enough to ensure a power supply, even without complicated inverters. These small DC-coupled systems have the advantage that they can be set up quickly and transported easily, yet they are still able to provide energy for light, radio, TV, cooling, etc.


In addition, the systems form a solid basis for more complex systems. The modular design offers maximum flexibility. Additional components can be integrated step by step at any time as the energy demand grows.

Custom solar panels for special uses by SOLARA

Special designs for stand-alone systems from SOLARA. Reliable power supply for small devices, devices for charging the battery for a completely self-sufficient function without mains connection or additional charging.


We have produced and tested solar modules for individual off-grid or stand-alone systems according to international standards for quality and durability with 20 years of experience.

We can also manufacture SOLARA solar modules in customized designs, dimensions, voltages (Volt) and current (Ampere). However, such custom-made products are only available in larger numbers and for commercial customers. We will make you an offer. We happily make you an offer.

Manufacturing in the Hansestadt Wismar, Mecklenburg-Vorpommern - Quality Made in Germany

The factory is the most modern and qualitatively leading manufacturer of solar modules in Europe. The solar module factory has established itself as a quality leader in the past 25 years. Key figures from the last 25 years of production underline this very clearly: Uptime :> 90%, deadline met: 99.5%, complaints: 0.02%

Solara solar systems - solutions for every application



Whether it's a traffic sign, a radio mast, a sea marker or a hospital at the end of the world. No matter what the application, electricity is becoming more and more important and SOLARA solar systems provide exactly this energy. Thanks to many years of experience, our engineers can plan exactly the solar system that your application needs. With us, you get everything from a single source. Solar modules, electronics, batteries - everything is individually planned and tailored to your needs.




Our customers are satisfied because we deliver durable and reliable solar systems. We always use the latest technologies and materials in our systems to make our systems better and more powerful.




Professional products are required to meet professional demands. Our suppliers are not only leaders in their respective fields but have been our partners for many years. Our strong brands are backed by a wealth of experience, short communication channels, fast help and quick availability - usually directly from stock.

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All pictures are property of SOLARA, except the above pictures of Pixabay here under Creative Commons CC0 License published: SOS Emergency call column Golda Falk; Taxicab column Michael Gaida, Signal Anna; Smartphone Solar module Laercio Civali; Free pictures; Solar street lamps Fernando Latorre; Parking ticket machine Michael Schwarzenberger