Are you looking for a solution to protect your vehicles while participating in the energy transition? A 2-car solar carport could be the answer. This device combines the utility of a shelter for two vehicles with the ability to produce clean energy. It’s a practical way to reduce your carbon footprint and save money in the long run. Let’s discover together how this equipment can transform your daily life.

Key Points

• A 2-car solar carport offers a dual function: vehicle protection and green electricity production.
• The installation allows you to reduce your dependence on fossil fuels and lower your electricity bills.
• You can choose to consume the energy produced, store it, or sell the surplus.
• The profitability of the investment is ensured by the savings made and the possibility of generating additional income.
• Installing a solar carport actively contributes to green mobility and reducing the carbon footprint.

Understanding the concept of the 2-car solar carport

Definition and utility of a photovoltaic carport

A 2-car solar carport is much more than just a simple shelter. It’s a structure designed to protect two vehicles from the elements while producing electricity thanks to integrated solar panels. Just imagine: your car sheltered from hail and sun, and at the same time, you’re producing clean energy. It’s a bit like having a mini solar power plant at home.

Dual functionality: protection and energy production

The beauty of the solar carport lies in its dual functionality. On the one hand, it offers effective protection against the weather: rain, snow, hail, and strong heat. Your vehicles are thus preserved, which can prolong their lifespan. On the other hand, it produces green electricity, reducing your dependence on the traditional electricity grid. It’s a smart investment that combines practicality and ecology.

Ecological and economic advantages

The advantages of a 2-car solar carport are numerous:

• Reduction of the carbon footprint: By producing your own electricity, you reduce your reliance on fossil fuels.
• Savings on the electricity bill: The electricity produced can be used to power your home or recharge your electric vehicles, thus reducing your energy expenditure.
• Valuation of your property: A solar carport adds value to your property, making it more attractive to potential buyers.

Installing a solar carport is a concrete step towards self-consumption and energy independence. It’s a sustainable solution that contributes to the energy transition while offering tangible economic benefits.

Technical description of a 2-car solar carport

Aluminium structure and quality materials

A solar carport for two cars is distinguished by its robustness and durability. Generally, the structure is designed in aluminium, a lightweight material but resistant to corrosion, guaranteeing a long lifespan even in difficult climatic conditions. Aluminium also offers excellent malleability, allowing for varied and aesthetic designs. The fixings and other assembly elements are often made of stainless steel to prevent rust and ensure increased solidity. The quality of the materials is paramount to support the weight of the solar panels and withstand weather conditions such as wind, snow and rain. It is important to verify that the structure complies with the safety standards in force, particularly in terms of mechanical resistance and stability.

Canadian Solar solar panels and AP Systems micro-inverters

Solar panels are the heart of a carport’s photovoltaic installation. Canadian Solar panels, for example, are known for their efficiency and reliability. They capture solar energy and convert it into direct current. AP Systems micro-inverters, meanwhile, are placed directly behind each solar panel. Their role is to convert direct current into alternating current, which can be used to power electrical appliances or be injected into the grid. The use of micro-inverters has several advantages, including better overall system performance, individual monitoring of each panel and greater resistance to partial shading. Choosing solar panels and micro-inverters from recognised brands is a guarantee of quality and long-term performance. To learn more about photovoltaic projects, you can visit Solencia.

Key components for optimal performance

In addition to the structure, panels and micro-inverters, several other components are essential to ensure optimal performance of the solar carport. The wiring, for example, must be of high quality and resistant to UV and weather. The connectors must be waterproof to prevent water infiltration and short circuits. A surge protection system is essential to protect the installation against damage caused by lightning or voltage variations in the grid. A meter measures electricity production and tracks system performance. Finally, a remote monitoring system allows you to control the operation of the installation and quickly detect any problems. Correct installation of these components is essential to ensure the safety and durability of the solar carport.

Optimising each component helps to maximise energy production and ensure a rapid return on investment. It is therefore important not to neglect the quality of the materials and to call on qualified professionals for the installation.

Here is an example of a summary table of key components:

Component	Recommended Brand	Characteristics
Solar panels	Canadian Solar	High efficiency, long lifespan
Micro-inverters	AP Systems	Efficient conversion, individual monitoring
Wiring	Multi Contact	UV resistant, waterproof
Surge protection	Dehn	Protection against lightning and surges

A carport is a very practical structure. In case of database problems, check here.

How a photovoltaic installation for vehicles works

Conversion of solar energy into usable current

The operation of a solar carport is based on a simple but effective principle. The solar panels installed on the roof of the carport capture solar radiation. These panels are composed of photovoltaic cells that transform light energy into direct current. This direct current is then routed to one or more micro-inverters. These micro-inverters convert this direct current into alternating current, which is compatible with the domestic electrical grid and electric vehicles. It’s a bit like having a small personal power plant above your car!

Powering vehicles and household appliances

Once converted, the electricity produced by the solar carport can be used in different ways. The most obvious is to power a charging station for electric vehicles. This way, you can charge your car directly with the solar energy produced, reducing your dependence on the traditional electricity grid. But that’s not all! The electricity can also be used to power your household appliances, such as lighting, heating, or any other electrical appliance. This significantly reduces your electricity bill and contributes to a more sustainable lifestyle.

Self-consumption and energy independence

One of the main advantages of a solar carport is the possibility of practising self-consumption. This means that you directly consume the electricity that you produce. In other words, you become less dependent on the electricity grid and energy price fluctuations. It’s a step towards energy independence. Here are some advantages of self-consumption:

• Reduction of the electricity bill
• Reduction of the carbon footprint
• Valuation of your investment in renewable energies

Self-consumption is an advantageous solution for individuals and professionals wishing to reduce their dependence on fossil fuels and control their energy costs. It allows you to consume clean and renewable energy, produced locally.

If you produce more electricity than you consume, you have several options. You can sell the surplus to the electricity grid, or store it in batteries for later use. A solar carport offers this flexibility.

Benefits of a 2-car solar carport for individuals and professionals

2-car solar carports offer a multitude of advantages, both for individuals concerned about their environmental footprint and for professionals seeking to optimise their energy costs and enhance their image. These structures combine vehicle protection and renewable energy production, creating a sustainable and economical solution.

Reducing dependence on fossil fuels

One of the main advantages of a solar carport is its ability to reduce dependence on fossil fuels. By producing electricity from solar energy, you reduce your consumption of electricity from the grid, which is often powered by non-renewable sources. This contributes to the reduction of greenhouse gas emissions and the fight against climate change. A solar carport is an investment in a cleaner future.

Optimising outdoor space

A 2-car solar carport optimises the use of outdoor space. Instead of a simple car shelter, you have a multifunctional structure that protects your vehicles while producing energy. This is particularly interesting for properties where space is limited. In addition, the modern aesthetics of a solar carport can enhance the appearance of your property. Optimising outdoor space with a vehicle shelter is a significant asset.

Charging point for electric vehicles

The 2-car solar carport is ideal for electric vehicle owners. It allows you to charge your car directly from the solar energy produced, reducing your charging costs and promoting greener mobility. You can thus fully enjoy the benefits of an electric vehicle by using clean and renewable energy. Installing a charging point is a wise investment for the future.

Installing a solar carport represents an important step towards energy autonomy and reducing environmental impact. It is a versatile solution that meets the needs of vehicle protection, energy production and electric vehicle charging, while contributing to a more sustainable future.

Profitability and guarantees of a photovoltaic carport

Analysis of the initial investment

The acquisition of a solar carport for two cars represents a significant initial investment. It is important to consider several factors to properly assess this investment. The cost varies depending on the size of the carport, the power of the solar panels, the materials used and additional options such as charging stations for electric vehicles. In 2025, the average cost of a solar installation of 3 kWp is between €6,000 and €8,000 including VAT.

• Accurate assessment of energy needs.
• Comparison of quotes from different suppliers.
• Taking into account available financial aid.

Savings on electricity consumption

One of the main advantages of a solar carport is the significant reduction in electricity consumption from the grid. The solar energy produced by the photovoltaic panels can be used to power your home or recharge your electric vehicle, thus reducing your electricity bills. In addition, if your installation is less than 3 kWp, you could benefit from a reduced VAT rate of 10%.

Self-consumption of solar energy produced by your carport reduces your dependence on traditional electricity suppliers and protects you against energy price fluctuations.

Duration and extent of equipment warranties

It is essential to fully understand the warranties offered by manufacturers and installers of solar carports. Solar panels generally benefit from a 25-year performance guarantee, ensuring a certain level of electricity production during this period. Micro-inverters and other components may have shorter warranties, ranging from 10 to 20 years. It is important to verify the extent of these warranties, particularly with regard to manufacturing defects, performance problems and replacement costs. Bifacial solar panels can also impact performance.

• Performance guarantee of solar panels (25 years).
• Warranty of micro-inverters (10-20 years).
• Warranty on the carport structure (variable).

Managing the surplus of solar energy produced

A 2-car solar carport is designed to meet your energy needs, but it often produces more energy than you consume. This surplus of solar energy offers several interesting options to optimise your investment and contribute to the energy transition.

Options for reselling excess energy

One of the most common options is to resell the excess energy to an electricity supplier. This allows you to generate additional income by valuing the energy you do not consume directly. The process generally involves signing a contract with a supplier, who will buy your surplus at a predefined rate. It is important to note that the sale of surplus electricity may be subject to certain conditions and local regulations.

Storing energy in lithium batteries

Another option is to store the excess energy in lithium batteries. This solution allows you to conserve the energy produced for later use, for example, during the night or on less sunny days. Storing energy offers greater energy independence and allows you to maximise self-consumption.

Flexibility and optimisation of production

Managing the surplus of solar energy offers great flexibility and allows you to optimise the production of your solar carport. You can choose to resell part of the energy and store another, depending on your needs and the rates offered by suppliers. Effective energy management can improve self-consumption profitability and reduce your dependence on the traditional electricity grid.

Managing the surplus of solar energy is an important aspect of investing in a photovoltaic carport. It not only maximises economic benefits, but also actively contributes to the transition to cleaner and more sustainable energy.

Installation and regulatory compliance

The installation of a 2-car solar carport is a project that requires particular attention, not only from a technical point of view, but also with regard to regulatory aspects. A compliant installation is the guarantee of safe and sustainable use of your carport.

Key steps in installing a solar carport

The installation of a solar carport generally takes place in several stages. It is strongly advised to call on a qualified professional to carry out this project. Here are the main steps:

1. Feasibility study: First of all, it is essential to carry out a feasibility study to assess the relevance of the project based on sunshine, the orientation of the land and technical constraints.
2. Design and dimensioning: This step consists of defining the technical characteristics of the solar carport, including its size, power and aesthetic integration into the existing environment.
3. Obtaining authorisations: Depending on the surface area of the carport and local regulations, it may be necessary to obtain a building permit or a prior declaration of works. Discover the steps to take with your town hall.
4. Installation of the structure: This step includes preparing the ground, assembling the carport structure and fixing the solar panels.
5. Electrical connection: A qualified electrician must carry out the electrical connection of the carport to the electrical grid, respecting the safety standards in force.
6. Commissioning and control: Once the installation is complete, it is important to carry out a complete verification of the system to ensure its proper functioning and compliance with standards.

Standards and regulations in force

Several standards and regulations govern the installation of solar carports in France. It is imperative to respect them to guarantee the safety of people and property, as well as the sustainability of the installation. Among the main regulations, we can cite:

• The NF C 15-100 standard, which governs low-voltage electrical installations.
• The rules of town planning, which define the conditions for the establishment of constructions.
• Fire safety standards, which aim to prevent the risk of fire.
• The regulations relating to connection to the electrical grid, which impose specific rules for the injection of electricity produced by the solar carport.

It is important to note that regulations may vary depending on the municipalities and departments. It is therefore essential to check with the competent authorities before starting work.

Administrative procedures and connection

The installation of a solar carport involves several administrative procedures. The first step is to check with the town hall to find out the applicable town planning rules and the necessary authorisations. In general, a prior declaration of works is sufficient for small carports, while a building permit is required for larger carports.

Then, it is necessary to contact Enedis, the manager of the electrical grid, to obtain a connection agreement. This agreement specifies the technical and financial conditions for connecting the solar carport to the electrical grid. It is possible to resell the surplus electricity produced by the solar carport to EDF or another energy supplier. For this, it is necessary to conclude an electricity purchase contract.

Finally, it is important to take out civil liability insurance to cover any damage caused by the installation of the solar carport. In case of problems, it is essential to be able to count on suitable insurance. In case of a database error, contact your system administrator.

Environmental impact and contribution to the energy transition

Reduction of the carbon footprint

Adopting a 2-car solar carport represents a concrete action to reduce the carbon footprint. By using solar energy, a renewable and clean resource, we considerably reduce dependence on fossil fuels, the main sources of greenhouse gas emissions. Each kilowatt-hour (kWh) produced by the solar carport is one kWh less from polluting sources. It’s an important step towards a more sustainable future. The integration of HVAC systems improves energy efficiency.

Promotion of renewable energies

The 2-car solar carport acts as an ambassador for renewable energies. By installing it, you contribute to the democratisation of solar energy and encourage others to follow this example. It becomes a technological showcase, demonstrating the feasibility and benefits of solar self-consumption. In addition, it fits perfectly into the national and European objectives of developing green energies. Installing a solar carport offers the possibility of actively contributing to the energy transition, whether by using the electricity produced for your own consumption and moving towards self-consumption of the home, or by reselling the electricity produced, whether it is a total or partial resale.

Role in green mobility

The 2-car solar carport plays a crucial role in promoting green mobility. By producing clean electricity, it can power electric vehicles, thus reducing transport-related emissions. It offers a practical and ecological home charging solution, encouraging the adoption of less polluting vehicles. This synergy between renewable energy production and electric mobility is essential to achieve the objectives of reducing greenhouse gas emissions in the transport sector.

Installing a solar carport is a sustainable investment that contributes to environmental protection and the energy transition. It reduces dependence on fossil fuels, promotes renewable energies and promotes green mobility. It’s a win-win solution for individuals and professionals concerned about their environmental impact. By producing your own energy, you can make significant savings on your electricity bill.

Maintenance and durability of the solar carport

Tips for regular maintenance

Regular maintenance of your solar carport is essential to ensure its optimal performance and longevity. Regular cleaning of the solar panels is essential to avoid the accumulation of dust, leaves or other debris that could reduce their efficiency. It is generally advisable to clean the panels two to three times a year, using water and a soft brush. Avoid abrasive products that could damage the surface of the panels.

• Regularly check the condition of the carport structure, especially the fixings and joints.
• Make sure that the gutters and water drainage systems are clear to avoid water accumulation and the risk of corrosion.
• Inspect the cables and electrical connections for any signs of damage or corrosion. Call a professional for any electrical repairs.

Regular maintenance allows you to quickly detect potential problems and avoid costly repairs in the long term. It also helps to maintain the energy performance of the solar carport and maximise your return on investment.

Longevity of materials and components

The durability of a solar carport depends on the quality of the materials used and the design of the structure. Solar carports are generally built with weather-resistant materials, such as powder-coated aluminium. The aluminium structure of a carport is often guaranteed for 10 years. Solar panels have an estimated lifespan of between 25 and 30 years, with a performance guarantee that ensures that they will produce at least 80% of their initial capacity after 20 to 25 years. Micro-inverters, meanwhile, have a lifespan of around 20 years.

It is important to choose quality components from recognised manufacturers to ensure the longevity of your installation. Correct installation is also crucial to avoid structural and electrical problems.

Optimising performance over the long term

To optimise the performance of your solar carport over the long term, it is recommended to regularly monitor energy production. You can use an online tracking system to monitor the amount of electricity produced by your solar panels and detect any anomalies. If you notice a drop in production, check the condition of the panels and electrical connections.

It is also advisable to have an annual check carried out by a professional to check the entire installation and carry out the necessary maintenance operations. This check ensures that all components are working correctly and that your solar carport continues to produce energy optimally. Don’t forget that solar panel maintenance is essential.

Here is a summary table of the elements to monitor to ensure the durability of your solar carport:

Element	Control Frequency	Actions to be taken
Solar panels	2-3 times per year	Cleaning, checking the surface condition
Structure	Annual	Checking fixings and joints
Cables and connections	Annual	Visual inspection, corrosion control
Tracking system	Monthly	Monitoring energy production
Micro-inverters	Every 5 years	Checking operation

By following these tips, you can extend the life of your solar carport and maximise your investment in solar energy. In case of a database error, contact your installer.

Choosing the right 2-car solar carport

Selection criteria adapted to needs

Choosing a solar carport for two cars is no easy task. You need to clearly identify your energy needs before you get started. Think about your current consumption, but also about your future projects, such as acquiring an electric vehicle. A suitable carport must be able to meet these needs without breaking the bank.

• Assess your annual electricity consumption.
• Determine the power needed to charge your electric vehicles.
• Consider the space available for installation.

Importance of power and size

The power of the solar carport is directly related to its electricity production capacity. Too little power will not cover your needs, while excessive power could generate a surplus of energy that is difficult to manage without storage batteries. The size, meanwhile, must be sufficient to comfortably house your two vehicles, while optimising the surface area available for solar panels. It is therefore important to find the right balance.

Comparison of offers and suppliers

The solar carport market is vast, and it is easy to get lost. Take the time to compare offers from different suppliers, taking into account the quality of the materials, the guarantees offered and the installation services. Don’t hesitate to ask for several quotes and read customer reviews. A good supplier will support you in your project and offer you a solution adapted to your needs and your budget.

It is important not to rush and to carefully study all the options before making a decision. A solar carport is a long-term investment, so it is essential to make the right choice.

Are you looking for the perfect solar carport for two cars? Look no further! Find out how to make the right choice and visit our website to learn more about our solutions.

In summary: the solar carport, a smart choice for the future

There you have it, we’ve covered everything. A solar carport for two cars is a really good idea. It protects your vehicles from the weather, which is already pretty good. But in addition, it allows you to produce your own electricity. It’s a solution that helps save money on energy bills, and that’s always a good thing. In addition, we are participating in something bigger, the energy transition. Whether you choose to sell the surplus or store it, it’s an investment that pays off. It’s a step towards greater autonomy and a more environmentally friendly lifestyle. So, if you’re looking for a practical and sustainable solution, a solar carport is an option to seriously consider.

Frequently Asked Questions

What is a solar carport?

A solar carport is a structure that serves both as a shelter for your vehicles (cars, motorcycles, etc.) and as an electricity production system thanks to solar panels installed on its roof. It protects your vehicles from the weather while producing clean energy.

Why choose a solar carport for two cars?

A solar carport for two cars offers a dual utility: it protects your vehicles from the sun, rain or snow, and it produces green electricity. This reduces your energy bill, recharges electric vehicles and contributes to environmental protection.

How does a solar carport work?

Solar carports work thanks to photovoltaic panels that capture sunlight. This light is transformed into usable electricity to power your home or recharge your electric vehicles. Unused energy can be sold or stored.

Can you charge an electric car with a solar carport?

Yes, it is quite possible to charge an electric vehicle directly under a solar carport. The electricity produced by the panels can be used to power a charging station, thus offering an ecological and economical charging solution.

Is a solar carport profitable?

The initial investment for a solar carport may seem significant, but it is profitable in the long term. The savings made on your electricity bill and the possibility of selling the surplus energy allow you to recover the purchase cost in a few years.

What to do with the surplus energy produced by my solar carport?

The excess energy produced by your solar carport can be managed in two main ways: either you resell it to an electricity supplier, which earns you money, or you store it in batteries to use it later, for example at night or in bad weather.

What are the steps to install a solar carport?

The installation of a solar carport must comply with certain rules. It is often necessary to obtain a building permit and ensure that the installation complies with the electrical standards in force. It is advisable to be accompanied by professionals for these procedures.

How to maintain a solar carport?

The maintenance of a solar carport is simple. The panels must be cleaned regularly to remove dust or leaves and check that the structure is in good condition. The panels and equipment are designed to last for many years, often with warranties of 10 to 20 years.