The Middle East is located in tropical and subtropical regions, with long hours of sunlight and high intensity, making it one of the most abundant regions for solar energy resources in the world. In recent years, based on the “2030 Economic Vision” and the “2050 UAE Energy Strategy,” the UAE government has implemented a series of policies to encourage the penetration of renewable energy. They have established a regulatory and responsible governance platform that is conducive to innovation, cost efficiency, and investor-friendly policies in the energy sector, providing a favorable environment for the rapid development of the solar industry.
At the exhibition, DAS Solar presents the 720W N-type rectangular module, 630W self-cleaning module, 515W DAS Black module, 470W DBC module, lightweight frame module, and other popular solutions. This comprehensive portfolio efficiently empowers various application scenarios. As a leading company in N-type technology, DAS Solar's latest generation TOPCon 4.0 Plus cells have achieved a mass production efficiency breakthrough of over 26.7%, with an open-circuit voltage reaching up to 742mV, breaking world records multiple times. With its optimal design and leading technology strategy, the N-type rectangular module establishes a solid foundation for win-win cooperation along the industrial chain through standardized dimensions. It highlights intensive advantages in efficiency, power, manufacturing, technology, and transportation costs, effectively reducing BOS costs and LCOE, ensuring long-term and reliable power generation throughout the whole life cycle.
Currently, DAS Solar has created a comprehensive technological layout and formulated a “one core and three branches” strategy. Based on the most advanced TOPCon cell technology and three supporting technologies of the DBC, TSiP, and SFOS, DAS Solar aims to improve the cell efficiency to 40%. Among these, the DBC module is based on TOPCon 4.0 tunneling layer technology, not only achieving an ultra-high conversion efficiency of over 26.88% but also widely applicable in distributed scenarios with outstanding aesthetic values.
The issue of dust accumulation on modules in desert environments is a significant factor limiting their efficiency and lifespan, especially in the MEA region. To address this challenge, the self-cleaning modules from DAS Solar feature an innovative short-edge frameless design that effectively prevents dust accumulation, demonstrating excellent performance in sandy environments. The modules have passed rigorous 5400 hours/2400 cycles of static load testing, verifying outstanding stability under extreme load conditions. While maintaining the mechanical load capacity and high-efficiency power generation performance of traditional modules, these modules further enhance product reliability and durability, ensuring efficient power output under various environmental challenges.
For rooftops with limited load capacity, DAS Solar's lightweight half-cell modules have revolutionized traditional design concepts for the distributed market. Through optimization of key aspects such as materials and encapsulation technology, the modules achieve a 70% weight reduction, not only facilitating a convenient and efficient installation process but also exhibiting excellent heat dissipation performance. This innovative design effectively ensures the structural safety and stability of building rooftops, ushering in a lightweight era for solar power generation.
Moreover, to meet the needs of diverse application scenarios, DAS Solar presents a new generation of flexible mounting systems at the event. Tailored for vast and harsh natural environments of desert regions, they demonstrate extraordinary adaptability and provide reliable support for modules to maximize sunlight utilization. In addition, with outstanding resistance to wind and sand, they ensure the system's long-term stable operation in harsh environments. The three-dimensional application mode of DAS Solar's flexible mounting systems offers an outstanding solution for desertification control in MEA regions, highlighting the crucial role of technological innovation in driving the development of green energy.
In recent years, DAS Solar has been accelerating its globalization efforts, strategically positioning itself in multiple core markets worldwide. By establishing subsidiaries in Germany, Japan, and Australia, the company has successfully built a robust sales network covering Europe, LATAM, APAC, and Oceania. Guided by in-depth localization strategies, DAS Solar steadily advances into major solar markets, with global module shipments consistently ranking among the TOP8 for consecutive years as a BNEF Tier 1 Module Maker.
As the capital and economic engine of the UAE, Abu Dhabi's unique geographical location not only positions it as a core city in the Middle East but also serves as a bridge connecting Asia, Europe, and Africa. With the growing demands for renewable energy, the local solar market is poised for broader development prospects. Leveraging the opportunity presented by this exhibition, DAS Solar will further deepen its strategic deployment in the MEA region, facilitating the clean transition in the UAE and beyond, and ushering in a new chapter of green energy collaboration.
