Pergosolar, specializzata nella produziione di Pergole Solari, Carpot, Pensiline Made in Italy. Proteggi la tua auto con le risparmia energia con le RIVOLUZIONARIE pergole FOTOVOLTAICHE
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Pergosolar, specializzata nella produziione di Pergole Solari, Carpot, Pensiline Made in Italy. Proteggi la tua auto con le risparmia energia con le RIVOLUZIONARIE pergole FOTOVOLTAICHE

FAQ

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FAQ - FREQUENTLY ASKED QUESTIONS

Do you have concerns about PV or our services?
In this section you will find simple and straightforward answers to frequently asked questions, so you can clear up any uncertainties and make more informed choices.

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Showing all frequently asked questions
General

Pergosolar uses high-quality photovoltaic panels with standard sizes of 172.2 x 113.4 cm and thickness of about 3 cm. The panels are compatible with different brands and are attached from the bottom of the pergola for optimal aesthetic integration. They are designed for maximum energy efficiency and weather resistance.

General

To determine whether your property is suitable for the installation of a photovoltaic pergola, it is essential to assess the available space, orientation and whether there are any obstacles that could cause shading and reduce the efficiency of the installation. In addition, you should check local building codes, as some installations may require specific permits.

According to an article published in Pergosolar's “News” section, these structures are not considered traditional canopies, which could simplify the bureaucratic process. However, regulations may vary by municipality, so it is advisable to consult local authorities for accurate information.

Pergosolar offers a feasibility service to ensure a comprehensive assessment of your property's compatibility with the installation of a photovoltaic pergola. Through this service, you can receive a detailed analysis of site conditions and any necessary permits, thus ensuring a simple process that complies with current regulations.

General

Yes, it is possible to customize the color of the pergola. Pergosolar offers a range of epoxy powder coatings, which provide high weather resistance and scratch-resistant effect.

I standard colors available Are:

  • RAL 1013 (Ivory)
  • RAL 9010 (White)
  • RAL 7016 (Anthracite)
  • RAL 8019 (Brown)

Upon request, you can choose extra coatings with a price premium (+8% on the base cost), including:

  • RAL 7006 (Grayish beige)
  • Corten
  • RAL 7035 (Light gray)
  • RAL 6005 (Moss green)

For the Corporate line, aluminum structures are supplied with a finish RAL 7035 semi-gloss, while those made of galvanized steel can be painted upon request.

Painting is done in a three-step process: chemical pretreatment, Application of polyester powder with electrostatic guns e polymerization at 200°C, ensuring a durable and uniform finish

General

The warranty offered by Pergosolar covers 10 years On the structures of the arbors and 3 years On the electrical part. This warranty protects against manufacturing defects, defective components or premature failure of the system.

Specific warranties for individual components, such as PV panels, inverters, and batteries, vary by manufacturer. Please consult the documentation supplied with each item for detailed information on the specific terms and conditions of each component.

The warranty is void in the event of improper installation, tampering, or misuse of the product. It also does not cover damage resulting from extraordinary weather conditions, such as extreme weather events, and does not include reimbursement for any costs of removing or reinstalling the equipment.

General

Companies may be eligible for various benefits for installing a photovoltaic pergola, including tax incentives and energy transition grants.

Ecobonus 2025 provides a deduction of the 50% For interventions on the main corporate headquarters and the 36% For other nonresidential facilities. Expenses must be documented and the deduction is spread over ten years.

In addition, it is possible to access energy efficiency funding provided by the European and regional funds, intended for enterprises that invest in photovoltaic systems to reduce energy consumption.

Pergosolar supports companies in managing the paperwork required to obtain incentives, including applying for tax deductions and preparing the ENEA practice, which is mandatory to access tax relief. For systems greater than 20 kWp, paperwork is also handled for the’Electrical Workshop and the’Authorization to the GSE for the On-Post Exchange.

For personalized advice, Pergosolar offers a technical and administrative feasibility service, which is useful for evaluating the financing options and facilities available to your company.

The power generated by a PV system on a pergola depends on the configuration chosen and the number of panels installed. Pergosolar offers several modular solutions, which allow for systems with varying powers.

For example, some standard configurations include:

  • 4 photovoltaic panels with a capacity of approx. 1.7 kW
  • 10 photovoltaic panels with a capacity of 4.2 kW
  • 15 photovoltaic panels with a capacity of 6.3 kW
  • 20 photovoltaic panels with a capacity of 6.8 kW

For larger structures, such as carports for multiple parking spaces, the power can be as high as 18 kW, depending on the number of photovoltaic modules installedPERGOSOLAR PRICE LIST 2024....

The actual energy yield depends on the orientation, tilt and absence of shading, as well as the efficiency of the panels used. For an accurate assessment, Pergosolar offers a technical feasibility analysis service.

General

Yes, Pergosolar offers accessories such as tilt kits that allow you to adjust the angle of the panels to optimize energy production based on the sun's position

General

The annual maintenance costs of a photovoltaic pergola depend mainly on the cleaning and inspection activities of the system. Routine maintenance involves regular inspection of components, cleaning the solar panels to remove dust and debris, and checking that the inverter and electrical connections are working properly.

Cleaning of panels can be done with water and a soft cloth, avoiding harsh detergents, while inspections of inverters and electrical connections should be done by qualified personnel.

In case of extraordinary maintenance, such as replacement of worn components (panels, inverters or wiring), costs may vary depending on the type of intervention. Pergosolar recommends a thorough checkup every two years to prevent possible failures and ensure maximum system efficiency

General

Pergosolar's photovoltaic pergolas are designed to withstand adverse weather conditions, including hail. The solar panels used are certified to withstand hail impacts of up to diameters of 25-30 mm, according to industry standard tests.

For added protection, Pergosolar also offers the option of perforated anti-hail sheet metal, a system that is applied under PV panels to reduce the risk of mechanical damage. This expedient allows the photovoltaic cells to be protected without compromising the energy efficiency of the structure.

The pergola structure, made of aluminum or galvanized steel, is treated to resist corrosion and the most extreme weather conditions, ensuring a long service life. The panel fastening system is designed to maintain the stability of the system even in heavy hailstorms or gusts of wind.

To ensure the highest level of protection and durability, Pergosolar recommends periodic inspections of the structure and surface of the panels, making sure there is no accumulation of debris that could compromise impact resistance.

General

Yes, the energy produced by the photovoltaic panels installed on the pergola can be used directly without the use of a storage system. The photovoltaic system converts solar energy into electricity that can directly power electrical loads in the home or business.

When the plant's production is sufficient to cover energy needs, the energy is used immediately by household appliances and other connected electrical devices. On the other hand, if production exceeds consumption, the excess energy can be fed into the grid through the Place Exchange mechanism or other incentive solutions provided by the GSE.

Without a storage system, during evening hours or low solar light conditions, energy will have to be drawn from the power grid. To optimize self-consumption, it is advisable to schedule the use of household appliances and electrical systems during the day, when photovoltaic production is at its highest.

Integration with a monitoring system allows real-time control of energy production and consumption, optimizing the use of the PV pergola even without storage batteries.

General

Pergosolar's photovoltaic pergolas are designed to be permanent structures, harmoniously integrated into their surroundings. Although they are not designed for frequent disassembly and reinstallation, it is technically possible to do so. However, it is important to consider that disassembly and subsequent reinstallation require specific skills and must be performed by qualified professionals to ensure the structural integrity and proper operation of the PV system. In addition, new permits or regulatory adjustments may be required based on the new location. Therefore, it is recommended to carefully assess the need to move the facility and consult with Pergosolar's technical team for a detailed assessment and support throughout the process.

General

The main difference between a photovoltaic pergola and a photovoltaic carport lies in their function and area of installation. A photovoltaic pergola is designed for outdoor living spaces, such as terraces or gardens, providing shade and protection as well as generating electricity. A photovoltaic carport, on the other hand, is specifically designed to cover parking spaces, providing shelter for vehicles and utilizing the surface for solar power generation. Both structures contribute to energy efficiency, but differ in their intended use and design

General

Currently, Pergosolar's photovoltaic pergolas are designed to integrate photovoltaic panels only, without specific provision for the installation of solar thermal systems. However, theoretically, it is possible to consider an integration between the two systems, although this requires custom design and a thorough analysis of the structural and functional characteristics of the pergola. To assess the feasibility of such an integration, it is advisable to consult Pergosolar's technical team or professionals in the field, who can provide specific guidance tailored to the needs of the project.

General

Pergosolar photovoltaic pergolas do not necessarily require specific foundations, but they must be installed on a stable and properly prepared surface to ensure safety and durability.

Structures can be fixed to the ground by 16 mm FBN pins anchored with chemical resin, a system that ensures a strong seal without the need to prepare foundations with anchor bolts or anchor plates. Alternatively, for some configurations, it is possible to use external concrete plinths, which allow installation without having to intervene on the ground with deep excavation.

Proper sizing of foundations is determined at the design stage, taking into account soil conditions and structural loads. For installations on unconsolidated surfaces, such as soft or unstable soils, it may be necessary to provide specific reinforcement solutions.

Pergosolar provides technical support to evaluate the best fastening option based on the characteristics of the installation site.

General

The excess energy produced by a photovoltaic pergola can be managed in different ways, depending on the configuration of the system and the user's needs.

  1. Immediate self-consumption: If the energy produced is sufficient to cover the electricity consumption of the facility where it is installed, it is used directly without the need for storage.
  2. Feeding into the network: When production exceeds instantaneous consumption and there is no storage system, excess energy can be sold to the power grid through the Place Exchange mechanism or other incentive systems. This allows credit for energy fed in, offsetting withdrawals from the grid during off-peak hours.
  3. Accumulation in batteries: It is possible to supplement the pergola with a modular lithium battery storage system, which allows excess energy to be stored for use at a later time, such as in the evening or during hours of low solar irradiation. This improves self-consumption and reduces dependence on the power grid.

The system monitoring system enables optimization of the use of the energy produced, providing real-time information on the amount of energy consumed, stored or fed into the grid. Pergosolar offers integrated solutions for efficient energy management, ensuring perfect compatibility between panels, inverters and storage systems.

General

Pergosolar photovoltaic pergolas offer several advantages that make them an ideal solution for those who wish to combine aesthetics, energy efficiency and sustainability.

1. Renewable energy production

Photovoltaic pergolas are designed to generate clean energy through the optimal integration of solar panels into the structure. This reduces energy costs and improves independence from the power grid, with the possibility of immediate self-consumption or storage for future use.

2. Innovative design and customization

Pergosolar pergolas combine elegance and functionality. They are available in different configurations and can be customized in terms of color, size and finish. The structures are made of epoxy-coated aluminum or galvanized steel, ensuring corrosion resistance and long service life.

3. Maximum architectural integration

The unique fastening system allows for a clean installation with no visible screws, improving aesthetics and reducing the risk of infiltration. The presence of aesthetic flashings and optional gaskets makes the structure harmonious and integrated into its surroundings.

4. Modularity and adaptability

Pergosolar photovoltaic pergolas are available in modular configurations, allowing them to cover from small residential spaces to large corporate parking lots. The structures can be installed in freestanding or lean-to versions, depending on the customer's needs.

5. Weathering resistance

Pergosolar pergolas are designed to withstand snow, wind and hail loads. Additional protection with perforated anti-hail sheet metal is available upon request, increasing the safety of the PV system.

6. Ease of installation and low maintenance

By supplying pre-assembled components, installation time is reduced. Maintenance is minimal and is limited to periodic cleaning of panels and checking electrical connections.

7. Fiscal incentives and sustainability

Photovoltaic pergolas are eligible for incentives and tax breaks provided for renewable energy, such as Superbonus or Ecobonus for companies and individuals. Investing in a photovoltaic pergola contributes to the reduction of CO₂ emissions and the use of sustainable energy.

Thanks to these features, Pergosolar pergolas represent a state-of-the-art solution for those who wish to combine technology, aesthetics and energy savings in a single product.

General

The installation of a Pergosolar photovoltaic pergola may or may not require a permit, depending on municipal regulations and the type of structure.

Pergosolar's photovoltaic pergolas are designed to be structures Open on the sides and with permeable cover, that is, with photovoltaic panels spaced at least 1 cm To allow water runoff. This aspect may facilitate their regulatory framing as outdoor furniture elements, reducing the need for complex building permits.

However, regulations vary from municipality to municipality, so check whether any of the following practices are required before proceeding with installation:

  • SCIA (Certified Declaration of Commencement of Activity), mandatory in some cases for fixed roof structures.
  • CILA (Notification of Commencement of Work Assevered), required if the pergola falls under free building works but requires formal notice.
  • Landscape authorization, required if the property is located in an area subject to landscape or historical constraints.
  • Exemption from permits, possible if the pergola is considered a temporary structure or without significant construction impact.

To avoid problems, it is advisable to consult the technical office of your municipality before proceeding with the purchase and installation. Pergosolar offers a support service to verify the need for permits and to assist customers in handling the required documentation.

General

Pergosolar photovoltaic pergolas are eligible for various tax breaks, depending on the type of intervention and the current regulatory framework.

Key facilities available for 2025:

  1. Renovation Bonus
    • Tax deduction of 50% For interventions on main dwellings, with a ceiling of 96,000.
    • For other homes, the deduction drops to the 36%.
    • Repayment is made in 10 years, through IRPEF deduction.
  2. Ecobonus
    • For the installation of photovoltaic systems on buildings used for first home, the deduction is of the 50%.
    • For nonresidential properties or second homes, the rate drops to the 36%.
  3. Bonus Security
    • Deduction of 36% up to a maximum of 48,000 Per housing unit.
    • It does not require matching with other renovations.
  4. New cap based on income
    • For those with incomes above 75,000, the maximum deduction is subject to progressive limitations.
    • The limit is calculated based on income and the presence of dependent children.

Fulfillments required to obtain deductions:

  • ENEA practice required To certify the energy savings achieved.
  • Self-certification attesting to the intended use of the property (main residence or not).
  • Compliance with current regulations, including compliance with the limits set by the MiTE unit price list.

Pergosolar offers a service to advise and manage the paperwork required to access incentives, reducing bureaucratic complexity for clients.

General

Pergosolar's photovoltaic pergolas are made from high-quality materials designed for durability, weather resistance and refined aesthetics.

Supporting structure

Pergosolar pergolas mainly use two materials for their structure:

  • Epoxy powder coated aluminum: provides excellent corrosion resistance and a well-maintained aesthetic appearance over time. Scratch-resistant coating and the absence of oxidation make the structures suitable even for wet areas or areas with high dust concentrations.
  • Galvanized steel: is treated with a hot-dip or electrolytic galvanizing process to increase durability and corrosion protection. This version is particularly suitable for higher loads and harsher climatic conditions.

Structural components

  • Columns and uprights: made of aluminum or steel, with variable cross sections depending on the model (e.g., 140×100 mm for lighter structures, up to 250×100 mm for high loads).
  • Beams and fringes: structural elements that provide stability and strength, with perimeter profiles designed to integrate PV panels without compromising aesthetics.
  • Joint plates: galvanized steel, treated to withstand mechanical stress and weathering.

Finishes and customization

Pergolas can be customized with different epoxy powder coatings, available in standard colors:

  • RAL 1013 (Ivory)
  • RAL 9010 (White)
  • RAL 7016 (Anthracite)
  • RAL 8019 (Brown)

Extra finishes are available upon request with a price premium (+8%), such as Corten, RAL 7035 (light gray) and RAL 6005 (moss green).

Fasteners and accessories

  • Stainless steel hardware To ensure corrosion resistance and strength over time.
  • Finishing flashings to conceal PV panel profiles and improve aesthetic integration.
  • Anti-hail perforated sheet metal (optional) to protect PV panels from impacts without reducing their efficiency.

Pergosolar pergolas are designed to offer the perfect balance of functionality, durability and design, adapting to both residential and commercial environments.

General

Maintenance of a Pergosolar photovoltaic pergola is relatively simple and is divided into routine and extraordinary maintenance.

Routine maintenance

  • Cleaning of photovoltaic panels: It is recommended to remove dust, leaves and other debris that may reduce the efficiency of the system. Cleaning can be done with water and a soft cloth, avoiding harsh detergents.
  • Visual verification of the structure: Periodically check the stability of the arbor, the absence of any damage to electrical connections, and the condition of protective seals.
  • Inspection of inverters and wiring harnesses: Monitor plant performance through the energy management system and verify that the inverters are operating properly without system errors.

Extraordinary maintenance

  • Control of aluminum or galvanized steel structures: Pergosolar arbors are treated to resist corrosion and require periodic inspection of the condition of joints and mechanical parts.
  • Verification of fixings: Anchorage systems should be periodically checked for firmness, especially in extreme weather conditions.
  • Work on inverters and switchboards: In the event of malfunctions in operation, a trained technician should be consulted for diagnosis and troubleshooting.

Pergosolar pergolas are designed for minimal maintenance, thanks to the use of high-quality materials and a secure fastening system. To ensure maximum efficiency and durability, it is recommended to perform annual inspections and, if necessary, schedule specific technical interventions.

General

The dimensions of a Pergosolar photovoltaic pergola vary depending on the model and configuration chosen.

Standard dimensions

  • Maximum width per span: 530 cm (beyond this size, an additional column is required).
  • Maximum depth: 573 cm, with the possibility of reducing to 460 cm For specific needs.
  • Maximum height of the structure: 260 cm for standard models, up to 300 cm For versions with special technical specifications.
  • Main column size: 12×12 cm or 15×15 cm depending on the model.
  • Space between photovoltaic panels: 1 cm, to ensure water runoff.

Variants and modularity

Pergolas can be configured in different sizes, depending on use:

  • Car pergolas (carports): designed to cover 1 to 4 parking spaces, with a width varying between 250 cm and 600 cm.
  • Residential pergolas: can adapt to terraces and gardens with modular modules.
  • Tailored solutions: possibility of extensions through additional modules.

The final dimensions are customized according to the customer's needs, considering the number of PV panels and the chosen supporting structure. Pergosolar provides detailed engineering design to ensure maximum integration and stability.

General

Pergosolar photovoltaic pergolas are modular and designed to adapt to different space and functional requirements. Thanks to their modular design, they can be configured according to the number of photovoltaic panels required and the available area.

Features of modularity:

  • Expandability: Pergolas can be extended by adding additional modules, allowing for increased energy capacity or area coverage.
  • Different configurations: Available in freestanding or lean-to variants, pergolas can be adapted for residential use as well as for large commercial or industrial spaces.
  • Customizable dimensions: The standard size of a span can be up to 530 cm, with the possibility of adding support columns for larger covers.
  • Installation flexibility: Pergolas can be mounted on fixed foundations or ballasted bases to avoid invasive soil intervention.

This modularity makes it possible to start with a basic configuration and later expand it according to future needs, ensuring a scalable and lasting investment.

General

Yes, it is possible to integrate an energy storage system with a Pergosolar photovoltaic pergola.

Pergosolar pergolas can be combined with modular lithium storage batteries, which allow energy produced during the day to be stored for use in the evening hours or during periods of low solar irradiation. The available batteries are expandable, allowing the storage capacity to be increased according to the user's needs.

The system is designed to be compatible with bidirectional inverters and energy management panels, optimizing self-consumption and reducing dependence on the power grid. The system can also be integrated with a remote monitoring app to check charging status and energy consumption in real time.

Pergosolar offers customizable energy storage solutions, allowing you to choose from different battery capacities and configurations based on your specific consumption needs and PV system size.

General

Pergosolar photovoltaic pergolas can also be installed in areas subject to landscape restrictions, but local regulations must be checked. In some cases, a’landscaping permission, especially if the installation is in historic or protected areas. Each municipality applies specific regulations, so it is essential to inquire at the municipal technical office to determine the necessary procedures.

Pergosolar pergolas are designed to be considered open structures, with PV panels spaced at least 1 cm apart, a feature that simplifies the bureaucratic process in many situations. However, some municipalities may require a greater distance between panels to classify them as permeable structures. In that case, configurations with panels spaced 2 or 5 cm apart can be opted for.

Before proceeding with the installation, any possible limitations on size and the minimum distances from boundaries imposed by local building codes. Pergosolar offers technical support for verification of current regulations and possible management of the necessary paperwork.

General

The average time to install a Pergosolar photovoltaic pergola depends on the configuration chosen, site preparation, and whether permits are required.

Pergosolar pergolas are designed for a quick installation, thanks to the provision of pre-assembled components and to an optimized fastening system. Under standard conditions, the installation can be completed in one or two working days, considering the assembly of the structure and the integration of the photovoltaic system. If the pergola includes special customizations or requires anchoring on specific foundations, the time frame may extend slightly.

If the installation is on an already prepared base, such as a concrete slab or suitable paved area, it is quicker. In the case where it is necessary to make external concrete plinths, additional time may be required for site preparation.

The connection of the photovoltaic system to the power grid and the activation of the power generation system may require additional two or three days, especially if verification by the grid distributor is required. If the system involves integration with an energy accumulator or advanced management using monitoring software, additional technical time may be required for configuration and final testing.

Overall, the total time from the preparation stage to the commissioning of the arbor can vary between one and two weeks, including considering any paperwork to be completed prior to installation. Pergosolar provides support for all stages of the process, ensuring an efficient and compliant installation.

General

The cost of a Pergosolar PV pergola varies depending on the type of structure, the materials used, and the configuration of the PV system. The price may depend on the size of the pergola, the finish chosen, and the number of photovoltaic panels installed.

More compact solutions, suitable for a single parking space or small spaces, start at about 9,300 to 10,000, considering a basic galvanized steel structure with provision for photovoltaic panels. If you opt for larger versions, such as for two parking spaces, the price can go up around the 15,000 - 17,000, depending on the configuration and customizations required. More advanced structures, made of premium materials and designed to cover larger areas or for special installations, can exceed the 40,000.

The cost shown refers to the structure only prepared for photovoltaic panels and does not include the price of the solar modules, inverter, and storage system, which can significantly affect the overall cost of the system. In addition, installation and transportation are generally excluded and must be priced separately.

Pergosolar offers several customization options, including a choice of aluminum or galvanized steel structures, custom paint finishes, and specific mounting systems. To obtain a detailed quote, it is advisable to request a technical consultation that takes into account the customer's specific needs and installation conditions.

General

Pergosolar photovoltaic pergolas are equipped with an advanced monitoring system that enables real-time control of energy production. Thanks to the integration with intelligent inverters e centralized management systems, it is possible to collect data on energy production, verify plant performance, and identify any anomalies.

Monitoring can be done through different solutions. The Inverters with built-in monitoring functions allow real-time visualization of the plant's production and can be connected to a Online portal or to a dedicated app. This solution allows you to check performance directly from your smartphone, tablet or computer, wherever you are. In addition, there are additional sensors and meters which provide environmental data such as solar irradiance and temperature, useful information for analyzing system performance.

Periodic data recording is essential for monitoring production trends. The system allows the amount of energy produced to be recorded on a daily, weekly, or monthly basis, facilitating comparison with theoretical forecasts to assess plant efficiency. Continuous monitoring also makes it possible to Identify any anomalies or faults in a timely manner, such as interruptions in production or inverter malfunctions.

In addition to standard monitoring, some solutions also include protective switchboards with bidirectional systems, which make it possible to monitor the energy exchanged with the power grid. In this way, self-consumption can be optimized and any benefits from the on-site exchange or by the use of storage batteries.

Pergosolar provides comprehensive energy production control solutions, ensuring a reliable and easy-to-use system that maximizes plant efficiency and reduces energy consumption from the grid.

General

Pergosolar's photovoltaic pergolas are available in several models, designed to meet residential and commercial needs. Each model is distinguished by specific structural features, materials and dimensions, allowing for extensive customization according to installation needs.

The model Centaur is one of the most versatile solutions, with an elegant and solid structure, suitable for both private and public spaces. Made of aluminum or galvanized steel, it can accommodate integrated photovoltaic panels and is designed for maximum weather resistance. There is also a version Centaur Twin-Drive, which offers greater coverage capacity with a more robust structure.

The pergola Hermes features a modern design with clean geometric lines. Made entirely of galvanized steel, it is ideal for those looking for an elegant yet durable option. It can be used both as a freestanding structure and as a cover for parking lots and outdoor areas.

The model Dorado is designed for those who want a minimalist yet functional pergola. Its essential structure allows for customizable side bulkheads, making it perfect for both residential and corporate settings. Thanks to its modularity, it can be expanded over time according to the user's needs.

Another option is the pergola Deluxe, a premium solution that stands out for its generous size and meticulous finish. This model is ideal for covering large areas, offering a refined design and seamless integration of PV panels into the structure.

Finally, the range includes the Iridium, designed specifically to cover parking spaces with an innovative design and minimal columns, and the solution Camper, designed to protect campers and caravans while offering the possibility of producing clean energy.

Each model is available in different configurations, with a choice of materials, colors and accessories, ensuring maximum flexibility in design and installation.

General

The service life of photovoltaic panels installed on Pergosolar pergolas depends on the quality of the materials used and the periodic maintenance of the system. Generally, photovoltaic panels have an operating life of 25-30 years old, maintaining good production efficiency over time.

During the first few years of use, the drop in efficiency is minimal, but over time the power generated may decrease slightly. On average, after 25 years of use, the panels maintain about 80-85% of their original efficiency. This phenomenon, known as degradation of photovoltaic cells, is a natural process due to UV exposure and climatic conditions, but can be contained with proper maintenance and periodic performance monitoring.

To ensure maximum system longevity, it is essential to perform regular inspections, check the condition of electrical connections and inverters, and keep solar modules clean. Environmental conditions also affect longevity: in areas with heavy exposure to weather, hail or dust accumulation, more frequent inspections are recommended to ensure that the panels continue to perform at their maximum capacity.

The warranties offered by manufacturers generally cover 10 years on manufacturing defects e 25 years on performance of the panels, ensuring a guaranteed minimum yield over the lifetime of the system.

General

Pergosolar photovoltaic pergolas can be integrated with an electric vehicle charging post, offering an advanced solution for those who want a sustainable, grid-independent charging system. The charging post can be installed either directly on the structure of the pergola, using a special mounting bracket, or on a ground base for greater flexibility in placement.

The proposed charging stations are compatible with all major electric vehicle brands and feature an intelligent energy management system. This makes it possible to scheduling reloads based on available PV production, maximizing self-consumption and reducing dependence on the power grid. IP65 protection allows safe outdoor use, ensuring resistance to the elements.

In addition, the system can be combined with a two-way framework, which allows you to monitor the energy exchanged between the pergola and the power grid, optimizing consumption. Through integration with a remote monitoring app, it is possible to check the status of charging in real time and receive notifications about the level of available energy.

The installation of a charging station on a Pergosolar photovoltaic pergola is an ideal solution for those who wish to power their electric vehicle with clean energy and reduce refueling costs. This system is particularly suitable for residential, business and public parking contexts, contributing to a more sustainable mobility model.

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