BRACKETS FOR SOLAR PANELS
Among the solar panel supports we offer are concrete supports, self-supporting structures, coplanar, inclined, solar gardens and solar parking. Each one of them has been designed to adapt to the specific needs of each project and to guarantee an efficient and safe installation.
CONCRETE SUPPORTS
The Concrete Supports EnnovaBloc offers a robust and durable solution for a wide range of applications. These supports are precision engineered to support heavy loads and withstand harsh environmental conditions, ensuring structural integrity over time.
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With excellent compressive and tensile strength, the EnnovaBloc EnnovaBloc offer a solid and reliable base for poles, columns, beams, solar panels and other construction elements. In addition, their versatile, modular design allows for easy installation and adaptation to different projects.
The superior quality of the concrete used in EnnovaBloc, combined with rigorous manufacturing controls, ensures strength, stability and durability. Discover the engineering excellence and long-lasting quality that EnnovaBloc offers.
SELF-SUPPORTING STRUCTURE
Our freestanding structures are ideal for projects on flat surfaces where not much weight can be added. They are easy to install and offer excellent resistance to wind and snow loads.
One of the most outstanding models is the Self-supporting-S structure, which is ideal for finding the right orientation and obtaining maximum efficiency from the solar panels. This structure is designed to withstand heavy loads and strong winds, making it ideal for installations in coastal areas or areas exposed to extreme climates. The Self-Supporting-S structure also features a patented anchoring system that allows for quick and easy installation, thus reducing installation time and costs.
Our structures Self-supporting are ideal for projects on flat surfaces. They are easy to install and offer excellent resistance to wind and snow loads.
One of the most outstanding models is the Self-supporting S-framewhich is ideal for finding the right orientation and obtaining maximum efficiency from the solar panels. This structure is designed to withstand heavy loads and strong winds, making it ideal for installations in coastal areas or areas exposed to extreme climates. The Self-Supporting-S structure also has ballasts that allow for quick and easy installation, thus reducing installation time and costs.
On the other hand, Ennova also offers the following structure Self-supporting-EOdesigned specifically for flat roofs. This structure allows maximum use of solar radiation throughout the day.
In both cases, Ennova’s self-supporting structures are designed with high quality materials and have a long service life, ensuring a durable and cost-effective installation.
On the other hand, Ennova also offers the self-supporting-EO structure, specifically designed for flat roofs. This structure allows maximum use of solar radiation throughout the day.
In both cases, Ennova’s self-supporting structures are designed with high quality materials and have a long service life, ensuring a durable and cost-effective installation.
COPLANAR STRUCTURE
The structure Coplanar structure allows the creation of solid and efficient structures, with a perfect alignment of the components in the same plane.
The main advantage of Ennova’s Coplanar structure is its ability to simplify and speed up the installation process. By using a coplanar structure, components are assembled in the same plane, which facilitates precise alignment and reduces assembly errors. This translates into time and cost savings during the installation process.
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The Coplanar structure Ennova’s new structural strength and stability. The precise alignment of components in the same plane ensures uniform load distribution and minimizes weak points in the structure. This results in a higher load-bearing capacity and greater resistance to adverse weather conditions.
Versatility is another outstanding feature of Ennova’s Coplanar structure. This technology can be applied in a wide range of projects, such as residential, commercial or industrial buildings.
INCLINED STRUCTURE
The structure Inclined by Ennova is an innovative structure that combines functionality, aesthetics and energy efficiency. This structure is characterized by its inclined design, which creates a distinctive and attractive appearance, while offering numerous practical benefits. This structure is a simple solution for vertically orienting and tilting solar modules to their optimal point.
The main advantage of the structure Vertical Tilt-Up structure is its ability to maximize the use of sunlight and natural ventilation. Through the strategic inclination of the surfaces and the arrangement of the openings, an optimal entry of light and air circulation is achieved.
Ennova’s Tilt-Up structure is an innovative architectural solution that combines functionality, aesthetics and energy efficiency. This structure is characterized by its inclined design, which creates a distinctive and attractive appearance, while offering numerous practical benefits. This structure is a simple solution for vertically orienting and tilting solar modules to their optimal point.
The main advantage of the Ennova Tilt-Up structure is its ability to maximize the use of sunlight and natural ventilation. Through the strategic inclination of the surfaces and the arrangement of the openings, an optimal entry of light and air circulation is achieved.
In addition, the structure Horizontal Inclined Ennova’s Horizontal Tilt-Up structure offers greater structural strength and stability compared to conventional structures. The inclination provides a more balanced load distribution, which increases load capacity and improves resistance to adverse weather conditions such as high winds or snow loads. This structure is a simple solution for vertically orienting and tilting solar modules to their optimum point.
Versatility is another outstanding feature of Ennova’s Tilt-Up structure. It can be adapted to different types of buildings and applications. The horizontal inclined structure uses double brackets as opposed to the vertical inclined structure, which is supported on the profile, saving material and reducing costs.
In addition, the Horizontal Inclined structure Ennova’s slope provides greater structural strength and stability compared to conventional structures. The tilt provides a more balanced load distribution, which increases load capacity and improves resistance to adverse weather conditions such as high winds or snow loads. This structure is a simple solution for vertically orienting and tilting solar modules to their optimum point.
Versatility is another outstanding feature of Ennova’s Tilt-Up structure. It can be adapted to different types of buildings and applications. The horizontal inclined structure uses double brackets as opposed to the vertical inclined structure, which is supported on the profile, saving material and reducing costs.
SOLAR PARKING STRUCTURE
The structure Solar Parking is an innovative solution that combines solar energy with the functionality of a parking structure. This structure is designed to provide shade and protection for parked vehicles while harnessing solar energy to generate clean, renewable electricity.
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The main advantage of Ennova’s Solar Parking structure is its ability to maximize the use of available space in parking lots and at the same time contribute to the transition towards more sustainable energy sources.
Ennova’s Solar Parking structure can be adapted to parking lots facing north, south or both directions, although it can be customized to meet the specific needs of each client in terms of energy generation capacity.
SOLAR FARM STRUCTURE
The structure Solar Garden is an innovative solution that combines solar energy generation with sustainable agriculture. This structure is designed to support solar panels at an optimal angle to maximize energy production, while providing a space underneath to grow plants.
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The main advantage of Ennova’s Solar Garden structure is its ability to make the most of solar energy and available space. By combining power generation and agriculture, synergies can be achieved that reduce costs and increase efficiency. For example, the shade provided by the solar panels can protect plants from excessive sun and reduce water evaporation, saving on irrigation.
In addition, Ennova’s Solar Garden structure is highly adaptable to different environments and needs. It can be designed and manufactured according to specific customer requirements, to adapt to different types of surfaces, climatic conditions and energy requirements.
At Ennova, we are proud to offer a wide range of solar panel installation solutions, and we are committed to the quality and safety of all our products. That is why we offer a 25-year warranty on all our products.
In addition, we have a team of highly qualified professionals who are available to advise and assist our customers at all times, from the selection of the right solution to the installation and maintenance of our products.
