As the world accelerates its energy transition under the dual-carbon goal, eco-PV has emerged as an innovative and forward-looking model. This concept integrates solar power generation, ecological conservation, and industrial advancement, creating a sustainable synergy. As a provider of all-scenario solutions, DAS Solar is pioneering this approach with its cutting-edge N-type modules and flexible mounting systems, forming the ideal “PV+” partnership and igniting interest in its DAS ECO solutions.

Leading N-Type Technology with Record-Breaking Efficiency

As a frontrunner in N-type technology, DAS Solar has made significant strides in advancing cell efficiency. The company's TOPCon 5.0 cell has surpassed 26.9% efficiency with an open-circuit voltage reaching 746mV, setting multiple world records. Its DBC cell, based on the TOPCon platform, has broken the 27% efficiency barrier, while module conversion efficiency has reached 24.8%, ensuring both technological leadership and the highest overall power generation efficiency.

As a critical component of solar power plants, modules play a critical role in determining a power plant's economic viability, and DAS Solar's N-type modules stand out with superior efficiency, high power output, exceptional reliability, a high bifacial factor, low degradation, and a low temperature coefficient. These advantages make them the preferred choice for customers seeking high-performance solar solutions. DAS Solar has strategically positioned its research and development efforts around a “One Core, Three Branches” framework. This encompasses multiple technological pathways, including TOPCon, DBC, CSPC, TSiP, and SFOS, with extensive collaboration with renowned universities and research institutions worldwide. The company has set its sights on achieving 40% cell efficiency in the future.

Overcoming Complex Terrain with Flexible Mounting Systems

Mountainous terrain poses significant challenges for solar power plant construction due to elevation changes, varying slopes, and complex geological conditions that hinder traditional mounting systems. DAS Solar has addressed this challenge with its flexible mounting system, designed for all-terrain applications. With advantages such as large spans, high ground clearance, and exceptional structural integrity, it overcomes the obstacles of rugged landscapes, paving the way for large-scale solar deployment in mountainous regions.

The high-clearance design of its flexible mounting system not only prevents vegetation shading but also opens new possibilities for land use. This innovation seamlessly integrates with agri-PV, forestry-PV, and herbal-PV models, enabling agricultural cultivation and forestry development beneath the solar arrays. By advancing clean energy adoption while simultaneously fostering local economic growth, DAS Solar is contributing to sustainable rural revitalization.

Compared to traditional mounting systems, DAS Solar's flexible mounting system features an extended span design that easily bridges valleys, ravines, and uneven terrain, maximizing land utilization. It adapts to varying elevations, improving power plant construction efficiency and reducing material costs. Additionally, the higher module density of flexible mounting allows for more than a 25% increase in installed capacity in complex terrains. With a high factory pre-assembly rate, the system minimizes on-site labor, while its slide-in module installation boosts efficiency by over 20%, significantly cutting labor costs and improving overall profitability.

Proven Reliability in Extreme Conditions

DAS Solar's flexible mounting system has demonstrated outstanding performance in stringent real-world tests. It has successfully passed wind tunnel testing at Nanjing University of Aeronautics and Astronautics, achieving an excitation wind speed of over 46m/s. Furthermore, it has withstood extreme environmental trials at Xinjiang's testing facility, enduring temperatures fluctuating between ±40℃ and surviving wind speeds of up to 17 on the Beaufort scale.

Notably, the flexible mounting system has proved its resilience during Typhoon Yagi, a Category-17 super typhoon that swept through the Hainan fishery complementary PV project, passing within 30 kilometers of the installation site. Despite the extreme winds, DAS Solar's system remained firmly intact, demonstrating its superior structural integrity. Following the storm, TÜV Rheinland conducted rigorous on-site inspections, with the modules showing outstanding results in visual assessments and electroluminescence (EL) crack testing, earning high praise from the project owner.

Expanding the "PV+" Vision Across Diverse Terrains

From mountains and rivers to deserts and wetlands, DAS ECO PV scenario solution is making its mark across diverse and challenging landscapes. As a leader in all-scenario solar solutions, DAS Solar remains dedicated to technological innovation, expanding “PV+” applications, and advancing the integration of green energy with ecological preservation. By driving industrial upgrades and fostering a net-zero future, the company is helping shape a sustainable world for all.