The aim of a solar carport is to produce electricity for at least 20 years-making it a “green” immovable asset, with a long-term return on investment. In the development phase of the project, our teams are really concerned about optimizing long-term technical, economic, and environmental performance.
SOLARCARPORT is aware of the importance of development and design. To this end, we have decided to integrate the development, engineering, and construction phases. This enables SOLARCARPORT to share the knowledge and expertise of all the members of its team and enables them to maximize their potential.
The aim of a solar carport is to produce electricity for at least 20 years-making it a “green” immovable asset, with a long-term return on investment. In the development phase of the project, our teams are really concerned about optimizing long-term technical, economic, and environmental performance.
SOLARCARPORT is aware of the importance of development and design. To this end, we have decided to integrate the development, engineering, and construction phases. This enables SOLARCARPORT to share the knowledge and expertise of all the members of its team and enables them to maximize their potential.
• We visit the location and analyse the needs of the site
• We establish your requirements for the system
• We are sending you our project proposal for the entire system
• Our offer
Innovation, quality and competitiveness are the main priorities of SOLARCARPORT.
Starting with consultancy, development, design, and construction – we take care of everything. Once your system has been built, we also offer monitoring and maintenance services to get the most out of your investment.
• The development of the project – resistance specialty
• The development of the project – electrical installations specialty
• DTAC delivery
• Construction of the structure
• Construction of the foundations
• Installation of the load-bearing structure
• Assembly of the photovoltaic system
Once your request has been made, SOLARCARPORT teams are conducting a full technical and economic feasibility study.
Technically, the in-house engineering department designs the preliminary draft, considering the parameters of the construction site. This team also performs a preliminary study on solar irradiation and an estimate of electricity generation based on weather data. In the case of a self-consumption project, the team shall further study the consumption patterns of the end user to design a PV system in line with its actual electricity needs.
• Connection to the electrical installation for use
• Connection to the network of the distribution operator --> Obtaining the connection certificate
• Providing consultancy for the conclusion of a contract for the sale / purchase of energy from the supplier
Economically, in the development phase, we estimate the amount of global investment and prepare a provisional timetable. With these elements, an initial business plan can be developed, which is crucial for the assessment of economic feasibility.
From the point of view of the environment, the project is designed with a real desire to minimize its impact on the environment.
• The management of the equipment and of the internal power grid
• Maintenance
• We visit the location and analyse the needs of the site
• We establish your requirements for the system
• We are sending you our project proposal for the entire system
• Our offer
• The development of the project – resistance specialty
• The development of the project – electrical installations specialty
• DTAC delivery
• Construction of the structure
• Construction of the foundations
• Installation of the load-bearing structure
• Assembly of the photovoltaic system
• Connection to the electrical installation for use
• Connection to the network of the distribution operator --> Obtaining the connection certificate
• Providing consultancy for the conclusion of a contract for the sale / purchase of energy from the supplier
• The management of the equipment and of the internal power grid
• Maintenance
Solar parking canopies are known as solar carports.
The solar carport is a canopy above a parking spot, which aims to protect a car, motorcycle, bike, boat, tractor, or other vehicle, as well as to generate and convert sunlight to usable electricity.
These structures are, in fact, a sort of traditional improved canopies for parking, based on solar technology, which, considering the substantial benefits they offer, are taking up an increasingly large place in our lives.
This type of structure can be assembled almost anywhere, either in your own parking space in the residential complex, in the parking of the shopping centre, in the parking of your office or plant, or in any farm that has an adequate parking space.
Solar carports allow you to take full advantage of large parking areas for power generation, while providing parking areas that are shaded or covered for everyday users.
SOLARCARPORT solar parking offers a flexible energy system designed to perform a range of functions such as power generation, sun protection and shelter for cars and vehicles.
Depending on the type of SOLARCARPORT system and the configuration chosen, the electrical energy produced can be consumed in different ways: self-consumption for charging electric cars and bicycles, courtesy lighting, back-up systems as well as injection into the network.
