Flexible Installations
&
Limitless Solar
Professional PV Mounting Solutions Under One Roof
Flat Roof Systems
The East-West orientation
The East-West orientation
The East-West orientation
involves placing solar panels parallel to the east-west axis of the building. This configuration allows for more evenly distributed sunlight exposure, resulting in a balanced energy generation throughout the day. It is particularly advantageous in areas where the sun rises in the east and sets in the west, ensuring optimal energy output in the mornings and afternoons.
The South orientation
involves facing the solar panels directly towards the south. This configuration maximizes exposure to sunlight, especially during peak solar hours around noon. It is most effective in regions close to the equator, where the sun's path is more directly overhead.
The East-West orientation
involves placing solar panels parallel to the east-west axis of the building. This configuration allows for more evenly distributed sunlight exposure, resulting in a balanced energy generation throughout the day. It is particularly advantageous in areas where the sun rises in the east and sets in the west, ensuring optimal energy output in the mornings and afternoons.
The South orientation
involves facing the solar panels directly towards the south. This configuration maximizes exposure to sunlight, especially during peak solar hours around noon. It is most effective in regions close to the equator, where the sun's path is more directly overhead.
The East-West orientation
involves placing solar panels parallel to the east-west axis of the building. This configuration allows for more evenly distributed sunlight exposure, resulting in a balanced energy generation throughout the day. It is particularly advantageous in areas where the sun rises in the east and sets in the west, ensuring optimal energy output in the mornings and afternoons.
The South orientation
involves facing the solar panels directly towards the south. This configuration maximizes exposure to sunlight, especially during peak solar hours around noon. It is most effective in regions close to the equator, where the sun's path is more directly overhead.
The East-West orientation
involves placing solar panels parallel to the east-west axis of the building. This configuration allows for more evenly distributed sunlight exposure, resulting in a balanced energy generation throughout the day. It is particularly advantageous in areas where the sun rises in the east and sets in the west, ensuring optimal energy output in the mornings and afternoons.
The South orientation
involves facing the solar panels directly towards the south. This configuration maximizes exposure to sunlight, especially during peak solar hours around noon. It is most effective in regions close to the equator, where the sun's path is more directly overhead.
The East-West orientation
involves placing solar panels parallel to the east-west axis of the building. This configuration allows for more evenly distributed sunlight exposure, resulting in a balanced energy generation throughout the day. It is particularly advantageous in areas where the sun rises in the east and sets in the west, ensuring optimal energy output in the mornings and afternoons.
The South orientation
involves facing the solar panels directly towards the south. This configuration maximizes exposure to sunlight, especially during peak solar hours around noon. It is most effective in regions close to the equator, where the sun's path is more directly overhead.
The East-West orientation
Involves placing solar panels parallel to the east-west axis of the building. This configuration allows for more evenly distributed sunlight exposure, resulting in a balanced energy generation throughout the day. It is particularly advantageous in areas where the sun rises in the east and sets in the west, ensuring optimal energy output in the mornings and afternoons.
The South orientation
Involves placing solar panels parallel to the east-west axis of the building. This configuration allows for more evenly distributed sunlight exposure, resulting in a balanced energy generation throughout the day. It is particularly advantageous in areas where the sun rises in the east and sets in the west, ensuring optimal energy output in the mornings and afternoons.
Steel Roof Systems
Steel Roof
In European commercial and industrial provide an ideal platform for solar power systems. With their flat surfaces and structural strength, the installation of solar panels becomes convenient.
Our clamp-based mounting system seamlessly integrates with these steel roofs, offering renewable energy solutions for commercial and industrial buildings.
Steel Roof
in European commercial and industrial provide an ideal platform for solar power systems. With their flat surfaces and structural strength, the installation of solar panels becomes convenient.
Our clamp-based mounting system seamlessly integrates with these steel roofs, offering renewable energy solutions for commercial and industrial buildings.
Steel Roof
in European commercial and industrial provide an ideal platform for solar power systems. With their flat surfaces and structural strength, the installation of solar panels becomes convenient.
Our clamp-based mounting system seamlessly integrates with these steel roofs, offering renewable energy solutions for commercial and industrial buildings.
Resident Systems
Residential tiled roofs
Residential tiled roofs are a common and aesthetically pleasing architectural type that requires specific considerations for PV system installations. We offer specialized PV mounting solutions designed specifically for residential tiled roofs, enabling safe, stable, and efficient installations that seamlessly integrate with the roof's aesthetics.
Our mounting systems are carefully designed, taking into account the characteristics and requirements of tiled roofs. We provide various installation methods to accommodate different types of tiled roofs. Our mounting products are known for their high strength, weather resistance, and adjustability, ensuring system stability in various weather conditions. Additionally, our mounting systems can enhance the visual appeal of the roof.
Balcony System
Balcony solar systems
are an appealing sustainable energy solution, particularly suitable for urban dwellers. One of their key advantages is that they utilize existing space, transforming balconies into eco-friendly power-generating facilities without requiring additional land. Moreover, balcony solar systems can help users cut electricity costs while reducing carbon emissions, contributing to environmental conservation.
Our balcony solar system features a rapid installation bracket system that embodies the concept of "plug & play". This unique design not only makes the installation process quick and straightforward, but also reduces the complexity of installation. It's designed for easy set-up without the need for professional technicians, functioning almost as a plug-and-play device. This plug & play approach significantly simplifies the process and removes barriers to adopting solar energy systems, encouraging more people to embrace sustainable energy solutions.
Carport System
Carport System
Carport can increase the safety of vehicles, and can expand photovoltaic installation and power generation beyond the limited roof area. Zega system provides customers with a complete set of garage photovoltaic garage solutions, and still maintains the advantages of quick installation and stable security of zega system.
Ground PV Systems (Coming Soon)
Ground-mounted solar power plants
have higher demands for cost and reliability in their mounting systems, and we have developed specialized solutions to meet these requirements. We have a deep understanding of the characteristics and challenges of ground-mounted installations, and we provide cost-effective and reliable mounting solutions for your projects.
Our ground-mounted solar mounting systems are meticulously designed with a focus on material quality and structural stability. We use high-strength materials and advanced manufacturing processes to ensure the durability and reliability of the mounting system. We also prioritize cost-effectiveness by optimizing the design to reduce material and installation costs, providing you with the best return on investment.