Photovoltaic Ground Mounting Systems
Reca RS

reca rs photovoltaic substructure


Durable substructures for Solar Parks.

Simple installation, durable, economical.

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    • Manufacturer of Open-Field Mounting Systems for Photovoltaic Systems

    Reca Solar is a manufacturer of mounting systems (PV substructures) for open-field photovoltaic systems. We plan, manufacture and – on request – install complete mounting system solutions in Germany, Austria, Poland and Switzerland.

    The products offered are individually designed according to the investor’s requirements – taking into account snow and wind loads as well as local geological conditions. If necessary, we carry out test driving (pull-out test) to check the soil conditions.

    The planning of the substructure of an open-field PV system is an important step to ensure the stability, safety and longevity of the system. We will be happy to advise you if you are not sure how to plan the substructure of your PV system.


    We are specialized in the production of:

    • South-facing PV substructures
    • East-West PV systems
    • Photovoltaic carports
    • Agri-photovoltaic systems
    • Bifacial open-field systems
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    The Right Substructure for your Project

    Reca RS substructures are made of high-quality materials that guarantee long-term durability and weather resistance. The mounting systems used are provided with a Magnelis® coating, which offers up to three times higher corrosion resistance than conventionally galvanized steel.

    Developed from practical experience and technical expertise, our commercial systems are designed for fast installation and robust performance. These properties clearly distinguish Reca RS constructions from standard mounting systems. We rely on high-quality materials with reinforced profiles and increased wall thickness – for long-term stability, even under demanding conditions.
    We offer single, double and triple supported system configurations – ideal for medium to large PV systems. The design is project-specific based on system size, site conditions and technical requirements.

    Universal mounting systems for small to medium-sized PV systems – ideal for residential buildings, commercial enterprises and municipalities. The modular layout supports various module sizes and tilt angles, optional extensions enable flexible row lengths.
    Micro systems are quick to install, easy to scale and offer an efficient solution for flexible, space-saving PV projects.

    Reca RS carport systems turn parking areas into doubly used areas – they offer weather protection for vehicles and generate solar power at the same time. The design is modern, durable and low-maintenance.

    The carports are optionally equipped with BIPV modules or trapezoidal sheet metal roof. We rely on an individual carport design without silicone or rubber seals – for permanent weather protection and a clean look. The tilt angle is optimized for energy yield, with a usable passage height at the same time.

    We offer solutions for standard vehicles and high vehicles – optionally anchored on concrete foundations or rammed. The modular design enables multiple parking spaces – ideal for businesses, retailers or municipalities.

    Reca RS Agri-PV systems enable agricultural use and solar power generation on the same area – for more land yield and long-term profitability. Variants for crop protection, machine shelters or open field integration can be flexibly adapted to operational requirements.

    Through reduced evaporation, protection against extreme weather and full usability of the area, Agri-PV increases yields and creates additional income through energy generation.

    Commercial

    Open-field PV for >150 kW: Solar parks and commercial projects, economically scalable.

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    Micro

    Modular systems, compatible with many module sizes.

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    Carport

    Elegant PV roofing for parking areas – protection + power generation.

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    Agri

    Agri-PV: Combine agricultural use with solar power.

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    Discover the Advantages of Reca RS Mounting Systems

    Easy Installation

    The photovoltaic mounting systems we offer combine the highest quality with quick and uncomplicated installation.

    Durable and Resistant

    Through the use of the innovative Magnelis® coating, our photovoltaic mounting systems have 10 times higher corrosion resistance than conventional galvanized steel.

    Economical

    An economically optimized project ensures low costs and low material consumption, as well as high system reliability, leading to a lower price and higher return on investment over many years.


    Find the Right Solution Now – We Will Advise You!

    Are you planning an open-field PV system or would you like to know which substructure is the best fit?

    We advise you on RECA open-field substructures. Together we will find the optimal RECA system for your project.

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    Our Offer – PV Ground Mounting Systems

    Preliminary Planning / Concept


    Whether and on which areas a solar park can be built at your location is the responsibility of the competent building authority and takes place within the framework of the land-use plan. Project-related layouts and material-optimized constructions guarantee the load-bearing capacity and reduce costs for every system size.

    Planning


    As a partner specialized in open-field photovoltaic systems, we support you in the planning and with the building application – taking into account the local conditions, the solar radiation, the shading and the possible number of photovoltaic modules.

    Test Driving


    First, we carry out test driving with our own hydraulic rammers. After clarification of the soil conditions, the support profiles are driven into the ground – usually at a depth of 1.5 to 2.0 m (project-specific).

    Statics


    RECA RS substructures are statically dimensioned and delivered with verifiable statics for open-field photovoltaic systems. The construction withstands wind and snow loads as well as gravity and ensures the safety and stability of the solar modules.

    Construction

    Our experienced installers build solar parks quickly: Depending on the soil type, we use rammed, screw or concrete foundations, followed by the steel construction. After the module installation, we take over the DC cabling and the connection to the inverters. The AC connection to the public grid is carried out by you or your specialist partner; the commissioning takes place together with the responsible grid operator.

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    From Planning to Installation – Substructures for your Project

    Reca RS accompanies you comprehensively: from system selection and layout planning to verifiable statics and foundation design. Each solution is individually adapted to the technical and site-specific requirements – including wind and snow loads, soil conditions and approval requirements.

    After completion of the planning, we take over manufacturing and logistics. The installation is carried out on request by our own teams – or we support the self-assembly with clear technical documentation.

    Ground-mounted PV systems have a tremendous advantage over roof systems. The roof does not always have sufficient area and load-bearing capacity to build a photovoltaic power plant. It also excludes the possibility of later expansion and is difficult to access for maintenance and cleaning work, which is not a problem with ground-mounted systems.

    Ground-mounted photovoltaic systems achieve high energy yields. The larger the system, the more economical the project becomes. Ground-mounted systems can be erected and operated on low-yield agricultural land as well as on conversion areas (e.g. former landfills). Solar power can also be generated cost-efficiently with Agri-PV or Floating-PV systems.

    When designing the Reca RS mounting systems, we have tried to additionally utilize and emphasize all the essential advantages of the ground-mounted solutions, including their reliability and the possibility of quick and easy installation.

    Experienced project developers support investors in the construction of open-field photovoltaic systems. Many actors benefit from intelligently planned solar parks: Regional value creation increases. Builders increase the share of green electricity and contribute to climate protection.

    Join the energy transition in the country! We will be happy to advise and support you.


    About Reca Solar – Proven Manufacturing, Practical Expertise

    Reca Solar is a Poland-based manufacturer of photovoltaic substructures – specializing in open-field systems for projects throughout Europe. Our working method is based on many years of experience in the delivery and installation of PV systems – with a clear focus on the requirements that mounting systems must meet on site.

    This practical experience shapes our planning and production: Our production facilities are equipped with modern technology and enable scalable series production of steel components with consistent quality.

    We value smooth processes, clear schedules and well-thought-out systems – tailored to the real requirements of projects. The close cooperation between our engineering team and our project partners ensures that every solution is technically sound, easy to install and delivered on time. This makes Reca Solar a reliable partner – from planning to final assembly.

    Advantages of working with Reca RS:

    • Proven experience – Our systems are based on know-how from numerous successfully implemented PV projects.
    • Individual design – Each project is evaluated site-specifically – to suit technology, terrain and investor goals.
    • Flexible solutions – Suitable for solar parks, smaller areas and special applications.
    • Reliability – Clear communication, on-time delivery and continuous project support.


    Completed Projects – Open-field PV Systems


    The quality of our systems proves itself in use: Reca RS substructures are used in numerous open-field PV systems throughout Europe – with a focus on markets in Germany, Austria and Poland. Our portfolio includes projects of various sizes and technical complexity – over 400 MW – always with a focus on precision, longevity and reliable implementation. Discover our references and gain insight into our range of services.

    View all references

    • 20MW – Solar Park, Passau

    • 8.1MW – Solarpark, Passau

    • 7MW – Gdansk

    • 6.2MW – Solar Park, Mahlwinkel

    • 3MW – Querfurt

    • 2MW – Hambuch

    • 1.9MW – Reca Solarpark Gryfino


    FAQ – Frequently Asked Questions about PV Substructures for Open Spaces

    A PV substructure is the static support structure on which solar modules are mounted in open spaces.
    It ensures a secure hold of the modules, optimally adjusts the angle of inclination and orientation, and reliably dissipates wind and snow loads into the ground.
    Reca RS develops these systems project-specifically – for maximum stability, economy and longevity.

    Magnelis® is a zinc-aluminum-magnesium coating that offers up to ten times better corrosion protection than conventionally galvanized steel.
    Even cut edges and holes are reliably protected by a self-healing effect.
    Magnelis® extends the service life of the support structure to over 25 years, reduces maintenance costs and is more environmentally friendly due to lower metal abrasion.
    At Reca RS, Magnelis® is standard for all load-bearing steel components.

    The planning process at Reca RS takes place in three phases:

    1. Project consulting and concept phase: Analysis of location, geology and investor goals. Creation of an individual system layout.
    2. Technical planning and statics: Detailed design, load assumptions and selection of the appropriate foundation (rammed, screw or concrete foundation).
    3. Manufacturing and implementation: Production, quality control and, on request, assembly support or complete installation by Reca Solar teams.

    The result: A project-specific, statically tested substructure – precisely adapted to the requirements on site.

    The installation time depends on project size, terrain and foundation type.
    In many cases, modern methods such as rammed or screw foundations enable efficient installation with high daily output.
    Optimized processes reduce the construction time on site and minimize the impact on the terrain.

    Yes, Reca Solar offers the complete installation of the substructure on request.
    The installation is carried out by our own, experienced installation teams – in accordance with the project-specific requirements.
    Alternatively, we provide detailed installation instructions, layout plans and technical support for independent implementation.

    Reca RS grants a 15-year warranty on material and corrosion protection.
    Thanks to high-quality Magnelis® coating and precise static design, the systems are designed for a service life of over 25 years with minimal maintenance.

    Reca RS substructures are used in a variety of open-field PV applications – including solar parks, Agri-PV systems, carports for parking areas, and micro systems for smaller areas or municipal projects.

    Yes. RECA RS substructures are statically dimensioned and delivered with verifiable statics in accordance with local snow and wind load zones.

    Yes, of course. For the preliminary planning, we only need the property number (plot) and the location – we will gladly take care of the rest.

    Yes, of course. We have dozens of projects in Germany where you can visit systems with RECA RS substructure. We also operate our own 2-MW open-field PV system in Gryfino (near Szczecin), Poland. We would be happy to arrange an appointment and organize an accompanied tour.

    For the preparation of your offer, we need:

    • Location coordinates (GPS)
    • Power of the PV system (e.g. in kWp/MWp)
    • Occupancy plan (layout/setting plan)
    • Module dimensions / data sheet
    • Number of modules
    • Soil conditions (if available: reports/empirical values)
    • Arrangement (south or east-west) or free specification

    As a rule, the responsible local community decides on the open-field PV system by means of a statute resolution within the framework of land-use planning (e.g. preparation/amendment of a development plan). The formal approval is granted – depending on state law – by the next higher planning level or responsible authority.
    During the procedure, citizens, associations and carriers of public interests (specialist authorities) can submit statements and raise objections, concerns or requests for changes.

    Since the end of 2022, privileged areas within a mutual 200-m corridor along highways and railroads – depending on state law – can also be approved without a land-use planning procedure.

    The typical process of driving and installation includes the following steps:

    1. Test driving: First, we carry out test driving with our own hydraulic rammers.
    2. Soil analysis: The test driving serves to assess the soil conditions and to determine the optimal driving depth for the support profiles.
    3. Foundation construction: After clarification of the soil conditions, the support profiles are driven into the ground – usually 1.5–2.0 m deep (project-specific).
    4. Assembly: Subsequently, the PV modules and the associated technology are installed; this step usually takes one to three days (depending on project size and conditions).

    Yes. We take over the DC side up to the inverters. The construction of a solar park is implemented by our experienced installers (typically 1–2 months, depending on project size and conditions). Depending on the soil type, the posts are first set (rammed, screw or concrete foundations), on which the substructure is erected. After the installation of all photovoltaic modules, the DC cabling and the connection to the inverters take place.
    The AC side (grid connection, transformer station, medium voltage) is the responsibility of the client or his specialist partner. The commissioning takes place in coordination with the responsible grid operator.

    Contact us to start your open-field PV project.


    Are you planning an open-field photovoltaic system? Contact us for a personal consultation, detailed planning support, and a non-binding offer. Our team will assist you from the initial idea to the final installation.


    Then you can schedule an appointment directly below or request a free indicative offer now – including a recommendation for the appropriate substructure.