厦门阳程新能源有限公司

In the renewable energy sector, solar mounting systems, as a core component of solar power generation systems, are playing an increasingly vital role. With the growing global demand for clean energy, the design and manufacturing of solar mounting systems are continuously advancing, striving to deliver more efficient and reliable solutions for solar projects. Why Choose Our Solar Mounting Systems? Exceptional Durability: Our solar mounting systems are made from high-quality materials and undergo rigorous testing to withstand extreme weather conditions, ensuring long-term stability and performance. Flexible Design: Whether for ground-mounted power stations, rooftop systems, or complex terrains, our mounting solutions are highly adaptable, maximizing energy generation efficiency. Quick Installation and Maintenance: The modular design simplifies the installation process, reducing construction time, while also facilitating easy maintenance and lowering operational costs. Eco-Friendly and Sustainable: We are committed to reducing our carbon footprint. All our products comply with international environmental standards, helping customers achieve their green energy goals. Success Stories Our mounting systems have been successfully deployed in numerous large-scale solar projects worldwide, helping customers achieve efficient power generation and cost optimization. Whether in deserts, mountains, or coastal areas, our products have demonstrated outstanding performance and reliability. Join Us in Building a Green Future Solar mounting systems are not just the backbone of solar energy systems but also a key driver of the energy transition. We look forward to collaborating with more industry partners to promote the widespread adoption and application of renewable energy. If you are seeking reliable solar mounting solutions or would like to learn more about our products and services, please feel free to contact us! Let’s work together to contribute to a sustainable future for our planet.

?? Celebrating Women at Sunforson this International Women's Day! We celebrate the women who inspire us every day—whether it's in our company, our industry, or around the world. At Sunforson, we’re proud of the incredible women who drive innovation and excellence in our team, from engineering to customer service. Their hard work and dedication are key to delivering high-quality solar mounting solutions. On this special day, we extend our gratitude and admiration to women everywhere who are making a difference. Let’s continue to empower each other and break new ground together! Wishing you all a joyful and empowering International Women's Day! ??? #InternationalWomensDay #Women #Solar #Sunforson #Equality #SolarEnergy

Enhance your solar installation with our Pitched Tin Roof Solar Mounting System! Designed for strength and efficiency, this system securely fastens solar panels to pitched tin roofs while maintaining roof integrity. Made from high-quality, corrosion-resistant materials, it ensures durability and long-term performance in all weather conditions. Ideal for residential, commercial, and industrial applications, its lightweight and easy-to-install design makes solar adoption seamless and efficient. Upgrade to a reliable and sustainable solar solution today!

The Differences of “Anodization” Between Solar Mounting Components ??When you are received a quotation for aluminum solar mounting systems.It usually marked anodized.While sometimes there are much differences on the prices. ? May you know the reasons when you are an expert purchaser of aluminum solar mounting brackets.While you are a fresher,you will be confused on the differences. ? l?Anodizing Before Cutting and Punching: In this process, the aluminum profile is extruded and then anodized. After anodizing, the profile is cut, punched, and finally packaged. Result: The cutting edges and punched holes are not anodized, leaving these areas exposed and potentially vulnerable to corrosion. Cost: This method is generally cheaper because it involves fewer steps and less material handling. ? l?Anodizing After Cutting and Punching: Here, the aluminum profile is extruded, cut, and punched first. The entire assembly is then anodized before being packaged. Result: This ensures that the entire surface, including the cutting edges and punched holes, is fully anodized, providing uniform protection against corrosion. Cost: This method is more expensive due to the additional steps and more comprehensive material handling required. . In the face of intense price competition, many manufacturers offer anodized-long components to reduce costs. However, at Sunforson, we prioritize quality by providing high-performance anodized-short solar mounting components, ensuring superior durability and corrosion resistance. For clients with budget constraints, we also offer anodized-long options to meet diverse needs without compromising on reliability. ? Any questions about SunRack solar mounting solutions,welcome to contact us.

Flat roof solar ballast mounts are non-penetrative mounting systems designed for installing solar panels on flat roofs using weight (ballast) to secure the system instead of roof penetrations. These systems are ideal for buildings where roof integrity must be preserved. Key Features: Non-penetrative: Avoids drilling into the roof, reducing the risk of leaks. Aerodynamic Design: Minimizes wind uplift forces. Adjustable Tilt Angles: Typically ranges from 5° to 15° for optimal solar exposure. Material: Usually aluminum or galvanized steel for durability. Ballast Weight: Concrete blocks or other heavy materials are used to secure the system. Advantages: ?? Easy and quick installation. ?? No damage to the roof surface. ?? Suitable for various flat roof types (concrete, membrane, metal, etc.). ?? Compatible with framed and frameless solar panels. Do you need details on a specific system or a quotation for your project?

Solar mounting structures are the backbone of a successful solar energy system. While panels generate power, mounting solutions ensure stability, efficiency, and longevity. At Sunforson, we provide high-performance, durable, and adaptable mounting systems for residential, commercial, and utility-scale projects. Contact us to learn how our solutions can optimize your solar installation! ?? #SolarEnergy #SolarMounting #RenewableEnergy #SolarMountingStructures

Unlock the Power of Solar with Innovative PV Mounting Solutions! As the world shifts towards renewable energy, solar power continues to lead the charge in sustainable innovation. At [Your Company Name], we’re proud to be at the forefront of this transformation with our cutting-edge PV Mounting Systems. Why choose our solar mounting solutions? Here’s what sets us apart: Durability & Reliability: Engineered to withstand the toughest weather conditions, our mounting systems ensure long-term performance and stability for your solar projects. Flexibility: Whether it’s rooftop, ground-mounted, or carport installations, our solutions are designed to adapt to any terrain or structure. Cost-Effective: By optimizing installation efficiency and reducing material waste, we help you maximize ROI while minimizing costs. Sustainability: Our products are crafted with eco-friendly materials, aligning with your commitment to a greener future. At Sunforson, we don’t just provide products – we deliver solutions that empower your solar vision. From residential to utility-scale projects, our team is dedicated to supporting you every step of the way. ?Ready to elevate your solar installations? Let’s connect and explore how we can help you harness the full potential of solar energy. Feel free to reach out or comment below – we’d love to hear your thoughts!

?Maximize your solar energy potential with our Triangular Mounting System! Designed to provide the perfect tilt angle for optimal sunlight capture, this system enhances efficiency and performance for solar installations on flat surfaces. Made from high-quality, corrosion-resistant materials, it ensures long-lasting durability and stability in various weather conditions. Ideal for residential, commercial, and industrial projects, this easy-to-install solution is perfect for those looking to achieve maximum energy output with a reliable and sturdy design.

Looking for a versatile, durable, and easy-to-install mounting solution for your solar panels? Look no further! The SFS-BX-01 is perfect for RVs, yachts, special vehicles, communication base stations, and even rooftop or ground installations. Key Features: ? Adjustable angle size to meet your specific needs ? Simple screw combination with handle for easy installation and disassembly ? Lightweight and portable design ? Built with high-quality aluminum and stainless steel, it can withstand wind speeds up to 20m/s and snow pressure up to 0.5 KN/m2. Plus, it’s designed to last for 10 years! ? Whether you're setting up a small photovoltaic system or need a reliable mounting solution for outdoor use, the SFS-BX-01 has got you covered.?

When designing photovoltaic (PV) mounting systems, considering wind load is crucial due to its significant impact on the safety and stability of the structure. The key reasons include: Preventing Structural Deformation or Damage: Strong winds exert substantial pressure on the mounting system, potentially causing deformation, loosening of bolts, or structural failure. Avoiding Panel Detachment or Breakage: Wind can create both positive and negative pressure on PV modules, leading to detachment, breakage, or even panels being lifted off, posing serious safety risks. Enhancing System Stability: Proper design, such as reinforced foundations and optimized tilt angles, improves wind resistance, ensuring long-term reliable operation. Compliance with Industry Standards and Regulations: Different countries have specific safety standards for wind loads (e.g., ASCE 7-22, Eurocode), which must be met to ensure compliance and safety. Reducing Maintenance Costs: A well-designed wind-resistant mounting system minimizes the risk of wind damage, reducing repair and replacement costs, and improving overall economic efficiency. Wind load calculations consider factors such as wind speed, air density, wind direction, installation height, and geographical conditions. Engineers typically use fluid dynamics simulations or engineering calculations to optimize the design.