China Guangzhou Younaide Metal Products Co., Ltd. Company Cases

Younaide, The "Ground photovoltaic support system" is highly pre-assembled and easy to transport, install and construct; High corrosion resistance, high stability, high standard surface treatment; C type steel corrosion resistance and beautiful, uniform smooth wear resistance; Flexible design, suitable for all kinds of terrain and soil. The U /C pile in the Younaide ground photovoltaic support system has a strong load-bearing capacity, and the installation time is greatly reduced by using Younaide's spiral pile, which is fast and efficient and does not require a lot of preparation work.  

Younaide "Roof photovoltaic support system" adopts high-quality aluminum alloy with stable corrosion resistance. The lightweight products and modular installation provide convenient conditions for the later roof operation and maintenance, and realize the cost reduction and efficiency increase of the whole roof power station. In strict accordance with the double standards of photovoltaic and building protection, the site effectively helps the roof life and power generation income period of industrial and commercial projects to extend to 25 years. Perfect adaptation to the actual building conditions, the aesthetic integration of photovoltaic and building, and ultimately achieve a double benefit of "photovoltaic + building".    

Our company sent a foreign trade team to participate in the 9th Guangzhou International Solar photovoltaic Exhibition in 2017, where we fully displayed our photovoltaic brackets, C-shaped steel and other connectors, etc., for this participation, we have a great harvest.       

1.Off-Grid Solar Installations in Rural Areas: In many remote and off-grid areas, solar mounting structures are used to install solar panels and create independent power systems. These installations provide electricity to communities and facilities that are not connected to the utility grid. Solar mounting structures are designed to withstand harsh environmental conditions and securely hold the panels in place, ensuring reliable off-grid power supply. 2.Solar-Powered Water Pumping Systems: Solar mounting structures are used in solar-powered water pumping systems, particularly in agricultural settings or areas with limited access to electricity. Solar panels are mounted on structures and connected to water pumps, allowing farmers or communities to access clean and sustainable water supply for irrigation, livestock, or domestic use. 3.Solar-Powered Street Lighting: Solar mounting structures play a role in solar-powered street lighting installations. Solar panels are mounted on poles or integrated into streetlight structures, providing renewable energy to power the lights. These installations help reduce energy consumption, lower carbon emissions, and enhance safety in public spaces. 4.Disaster Resilience and Emergency Power: Solar mounting structures are utilized in disaster-prone areas to provide emergency power during crises. Portable or rapidly deployable solar panel systems with accompanying mounting structures can be set up quickly to generate electricity for critical infrastructure, relief efforts, or temporary shelters in the aftermath of natural disasters. 5.Solar-Powered Telecom Towers: Solar mounting structures are employed in solar-powered telecom tower installations. Solar panels are mounted on towers or nearby structures to generate electricity for off-grid or backup power supply to telecom infrastructure in remote areas. These installations help improve connectivity and communication in underserved regions. 6.Solar-Powered Charging Stations: Solar mounting structures are used in solar-powered charging stations for electric vehicles (EVs). Solar panels are mounted on canopies or structures that provide shade for parking spaces and integrate EV charging stations. These installations promote sustainable transportation and reduce reliance on fossil fuels for transportation needs. 7.Coastal and Marine Applications: Solar mounting structures are adapted for coastal and marine applications, where they need to withstand saltwater exposure and harsh marine environments. These installations can include solar panels mounted on piers, offshore platforms, or floating structures, enabling the generation of clean energy near coastal areas. 8.Educational and Research Projects: Solar mounting structures are utilized in educational institutions and research projects to study solar energy generation, performance optimization, and system integration. These projects serve as demonstration sites and provide hands-on learning opportunities for students and researchers interested in renewable energy technologies. 9.Solar-Powered Pumped Hydro Storage: Solar mounting structures can be incorporated into solar-powered pumped hydro storage systems. These systems use excess solar energy during the day to pump water uphill, storing potential energy. When electricity demand is high, the water is released, flowing downhill and driving turbines to generate electricity. Solar panels are mounted near the reservoir or on adjacent land, providing the necessary power for the pumping process.

Located in Si 'an Town, Changxing County, Zhejiang Province, China, the 110 kV Zheneng Changxing ground photovoltaic power station is officially connected to the grid. The photovoltaic power generation project is mainly based on power generation, taking into account agricultural production under the photovoltaic panel, making full use of existing agricultural land to achieve "agricultural light complementary", and is also one of the important projects to promote green energy in Changxing County. The project covers an area of 2,600 acres, with a total installed capacity of 79 megawatts, and is expected to generate more than 70 million KWH of electricity per year, all of which will be integrated into the local power grid.

The project is located at the intersection of Chuangye 2nd Road and Liuxian 1st Road, Bao 'an District, Shenzhen City, China, developed by Shenzhen Chuangxin Real Estate Co., LTD., covers an area of 28,000 square meters, the construction area is about 190,000 square meters, the land use life is 50 years, the plot ratio is 5.9, the use of comprehensive support in October 2016.

The project is located in Shenzhen, China, with a building height of 400 meters and 66 floors above the ground, with a total investment of more than 20 billion yuan, a total land area of about 56,000 square meters, and a contract cost of about 5.3 billion yuan, including Grade A office building, six-star hotel, high-end residential, high-end Wanxianghui commercial, art museum and movie theater, etc., which is the largest commercial complex in Shenzhen. It is also the highest standard of complex engineering in China. The integrated stent was used in April 2018.