As the first light of dawn touches the city, the modules on building facades gleam under the sun, converting sunlight into clean electricity and infusing green energy into the city's pulse. Guided by the carbon neutrality goals, urban solar is rapidly expanding in cities, playing a pivotal role in the global clean transition. As a provider of all-scenario module solutions, DAS Solar fuels this rapid growth with cutting-edge technological innovations and top-tier product quality.

In recent years, governments worldwide have rolled out a series of policies supporting the solar industry, encouraging further integration of renewable technology with sectors like construction, transportation, and manufacturing. New regulations are prioritizing the development of distributed energy systems and multi-energy integration. These policy shifts aim to scale up distributed solar projects, improve energy efficiency, and promote green, low-carbon development within urban environments.

As urbanization accelerates and green buildings rise, DAS Solar has been exploring the use of lightweight modules for residential and commercial rooftops. Leveraging the advantages of lightweight materials, the company provides highly efficient and eco-friendly solutions to help cities achieve low-carbon transformations.

DAS Solar's lightweight modules differ from traditional systems in their design, structure, material selection, and installation process. Utilizing innovative glass-free packaging technology, the modules weigh just 4.2kg/㎡—over 70% lighter than traditional modules with the same power output. This significant reduction in weight alleviates the load on roofs, allowing the modules to adapt easily to older buildings or modern structures with limited load-bearing capacity. No additional structural reinforcement is needed, cutting installation costs and minimizing any impact on the building's integrity.

Additionally, these lightweight modules offer the added benefit of simplified installation, which can be applied directly using structural adhesives, eliminating the need for mounting brackets, drilling, or reinforcement. They are suitable for a variety of distributed applications, including flat rooftops, residential tile roofs, commercial steel roofs, as well as specialized scenarios like carports, helipads, and highway slopes, opening up new possibilities for urban solar adoption.

With their ultra-lightweight properties, DAS Solar's modules significantly reduce roof load, even on steel roofs with limited load-bearing capacity. In one particular project, the modules are deployed in line with the industrial park's need for efficient, eco-friendly energy solutions, while ensuring ease of installation and future maintenance. The frameless design of the modules not only simplifies installation but also lowers costs, facilitating easier future inspections and maintenance, ultimately enhancing the efficiency and reliability of the entire PV system.

In another high-profile project along a key transportation route, DAS Solar collaborates with a leading expressway operator to design and implement a solar solution tailored to the unique topography of the site. By considering the unique characteristics of service zones, parking areas, and slopes, DAS Solar utilizes the advantages of lightweight modules to achieve flexible installation across various angles and complex environments, establishing the country's first "Zero-Carbon Service Area", and setting a new benchmark for green infrastructure.

From industrial parks to urban transportation corridors, DAS Solar is unleashing innovation and paving the way for green development. Looking ahead, the company will continue to deepen its focus on all-scenario applications, pushing the boundaries of technology, delivering even more efficient solutions, and driving cities' ongoing transition to renewable energy. With its versatile and forward-thinking approach, DAS Solar is helping to illuminate every corner of the world with clean, green energy while contributing to a more sustainable future.