News

The global demand for photovoltaic (PV) solar mounting systems has surged in recent years, driven by government policies, incentives, and the growing interest in renewable energy. This rise is particularly strong in Europe, North America, and Asia-Pacific, with developing countries also contributing by turning to solar power for clean, affordable energy. As solar technology advances, its efficiency improves, making PV systems popular for large-scale and residential use. The company aims to meet this demand by providing innovative, durable, and cost-effective solar mounting solutions, supporting a sustainable energy future globally.

China’s First “Nuclear-light-storage Multi-energy Integration” Intertidal Photovoltaic Project Operates Smoothly

With the development of new energy, electric cars are gradually replacing traditional fuel cars, and PV carport, as one of the most convenient ways of combining PV power station and building, has become more and more popular in recent years. It can not only provide parking and sunshade insulation for cars, but also charge electric cars. The construction of PV carports in factory parks, commercial districts, hospitals, schools and houses is gradually welcomed by users and enterprises, and has a broad development prospect.

In the first half year, great progress has been achieved in photovoltaic industry with the following detailed examples.

9Sun Solar is thrilled to participate in PV EXPO 2024 [Autumn], taking place at Makuhari Messe in Chiba, Japan, from October 2 to 4, 2024. The company is dedicated to providing high-quality solar mounting systems with quick delivery and excellent service. Visitors are invited to stop by our booth (Hall 6, E6-6) to explore featured products, including solar carport systems and vertical mounting systems. The exhibition runs daily from 10:00 to 17:00.

9Sun Solar will exhibit at PV EXPO 2024 [Autumn] , International Photovoltaic Power Generation Exhibition, held at Makuhari Metse in Chiba, Japan from October 2 (Wed) to 4 (Fri), 2024.

We are presenting at the world's leading exhibition for the solar industry, Intersolar Europe, which will take place from June 19 to 21 at the Messe Munich, Germany.

Intersolar Europe 2024 will be held from June 19th to 21st in Munich, Germany.

We would like to show our solar mounting systems to participants from all over the world, hoping to provide more options to meet the various needs of local customers.

The 2024 World Future Energy Summit in Abu Dhabi is oning, we have met quite a few customer from different countries, such as UAE, Saudi Arab, Lebanon, Jordan, Iraq, African countries etc.

Solar energy is considered a reliable energy source for several reasons: it is infinite and renewable, producing no emissions; it has low operating costs after installation; it enables decentralized power generation, allowing use in various locations; and it is applicable across residential, commercial, and industrial sectors. Utilizing a full solar system, including solar panel brackets and solar panel mounts, enhances efficiency and stability. These advantages position solar energy, supported by effective solar mounting brackets, as a crucial choice for sustainable development.

Solar panel brackets, including solar panel roof brackets , pv ground brackets, carport bracket and farm bracket,are vital for securely installing solar panels, ensuring they capture sunlight effectively. Made from durable materials like aluminum or stainless steel, they can withstand harsh weather and are suitable for various locations, including rooftops and ground mounts. The brackets consist of components like bases, support arms, and clips, which allow for angle adjustments based on geographic location and sun trajectory, maximizing energy efficiency. Some advanced systems even offer automatic adjustments to adapt to changing conditions. Overall, these brackets are crucial for the stability and performance of solar energy systems.

A ballast roof is an efficient method for installing solar energy systems on rooftops, specifically through a solar ballast system, offering several benefits. It maximizes space usage with ballast roof mount solar solutions, enhances solar power generation through optimal sunlight capture, and provides additional protection for the building with ballasted solar roof mount installations. This system also reduces energy costs by lowering reliance on traditional sources and promotes environmental sustainability by decreasing fossil fuel use and greenhouse gas emissions. Additionally, flat roof ballast options ensure stability and durability. Overall, ballast roofs support effective solar energy integration while contributing to energy conservation and sustainability goals with ballast mounted solar panels.

Underground solar energy systems involve burying solar panels, providing benefits like space efficiency for urban areas, aesthetic preservation, stable temperatures for improved efficiency, wind resistance, enhanced protection from weather, seamless integration with existing structures, and increased security against theft. However, considerations such as soil conditions, construction challenges, and costs are important before installation.

Solar panels are often installed on roofs for optimal sunlight exposure and stability. Roof-mounted systems are divided into two types: pitched roof systems and flat roof systems. Pitched roof systems, used mostly in residential setups, include railed and railless options, both requiring roof penetration for attachment. Railed systems use rails for support, while railless systems attach panels directly for faster installation. Flat roof systems, common in commercial settings, often use ballast to secure panels, which are typically tilted between 5° and 15° for optimal sunlight. Some setups use an east-west dual-tilt configuration to maximize energy production. Various designs, including pre-cast concrete systems, provide installation flexibility.

Heavy snow can impact solar mounting systems by blocking sunlight, reducing energy efficiency, adding extra weight that may damage or collapse the support structures, and causing water accumulation that can lead to component damage. To mitigate these issues, regular snow removal, reinforcing the mounting system, using snow protection measures, and considering local climate conditions are recommended. Proper planning and professional consultation can help ensure solar systems are designed to handle snowy conditions effectively.