Solar Energy Systems Batteries 500-1000Kw Solar Power System With Lithium Battery For Commercial And Industrial.
Read MoreSolar Energy Systems Batteries 100-500Kw Solar Power System With Lithium Battery For Commercial And Industrial Use
Read MoreDAH Solar Full-Screen Double-Glass PV Module:The Preferred Solution to Extreme Condition Applications The newly launched product of DAH Solar Full-Screen series: The Full-Screen Double-Glass PV Module, has got many users wanting to know more since its release. It is the first double-glass PV module in the industry that has no frames on all four sides of the front. The global patent no-frame structure design allows the module to be anti-dust and no snow accumulation resulting in a power increase of 6-15%. On the basis of the mature 10,000 power stations’ application of the Full-Screen PV Module, the double-glass technology is like icing on the cake, bringing advantages such as zero water penetration, low attenuation, fewer heat spots and high efficiency. This brilliant combination of two technologies enables the Full-Screen Double Glass PV Module to handle various extreme scenarios, an absolutely preferred choice for harsh conditions. For deserts with strong ultraviolet rays and heavy wind,the double-sided glass of the PV modules is very resistant to wear and corrosion. The water permeability of the glass is almost zero, which fundamentally eliminates the PID phenomenon, prevents the aging of the adhesive film.The Full-Screen Double-Glass PV Module maintain the excellent performance at high temperatures and the efficient power generation in low-light environments. Lower attenuation makes the PV Modules longer life. And the up to 85% bifaciality rate can bring higher power generation under the same reflection conditions, which can better meet the demands of the surface power station, higher bifaciality and better reliability, are all the advantages of this Modules .In addition, the Full-Screen technology can also prevent the accumulation of wind and sand, leading to an increase of power generation. For ocean and lake areas, the Full-Screen Double-Glass PV Modules use special materials such as double-coated glass, electrophoretic frame, waterproof connection, etc., to strengthen protection, and reach level 6 salt spray test certification. In snowy areas, the snow on the Full-Screen Double-Glass PV Modules is more likely to slide off compared to regular modules thanks to the no-frame design of Full-Screen PV Module, reducing the snow load pressure. In windy areas, compared to the Model 210 PV Modules, the Full-Screen Double-Glass PV Modules have lower risks of falling apart due to smaller size and weight.It has been tested to withstandthe category 17 typhoon. The Full-Screen Double-Glass PV Module brings a better solution for installation in extreme conditions. As the founder and the master of the Full-Screen Module, DAH Solar will continue to deepen the research on innovation and creation, commit to develop more high efficiency Full-Screen series products to meet the diversified needs of different ...
2023-12-04
Solar & Storage LIVE Witnesses “Full-Screen” Stunning Showof DAH Solar
"Full-Screen" has become a unique label for DAH Solar. As the globally patented product, the Full-Screen module was first released at SNEC in 2021 and went into mass production and large-scale shipments in October of the same year to domestic and foreign markets,its market influence and reputation have rapidly increased due to its function of "Self-Cleaning", which brings a power generation increase of 6-15%. The shipment volume has continued to grow rapidly, and the company's technology innovation strength has been highly praised by the industry, setting off a trend of Full-Screen modules at major exhibitions worldwide.
From October 17th to 19th, Solar & Storage LIVE (referred to as "UK Exhibition"), the largest renewable energy and ESS exhibition in the UK, was successfully held in Birmingham. DAH Solar showcased its globally exclusive patented product —— Full-Screen Module 2.0 series, providing stable and efficient differentiated solutions for distributed photovoltaics worldwide. This attracted numerous industry experts who visited for information exchanges.
The UK is one of the European important GW-level photovoltaic markets. As of the end of July this year, the cumulative photovoltaic power generation capacity in the UK reached approximately 1.53GW with an additional installed capacity of 643MW. Currently, over one million British households have installed rooftop solar modules, while commercial buildings such as schools, warehouses, parking lots, waters, etc., hold great potential for development in distributed scenarios.
The Full-Screen Module 2.0 series, (TOPCon Full-Screen Series Modules) showcased at this exhibition, perfectly combines Full-Screen patent technology with DAH Solar's self-developed TOPCon cells – resulting in higher power output efficiency with lower degradation rates compared to previous versions, significantly improving performance levels.
The front no-frame design of the Full-Screen module solves the problem of power generation loss caused by water and dust accumulations that have plagued distributed photovoltaic power stations for many years. Especially in the scenarios where the installation tilt angle is small, where dust accumulates, or where maintenance and cleaning are difficult to achieve, the advantage of power generation gain is more obvious.Empirical data fromTüVoutdoor shows that power generation gains can reach 6-15%.
At present, the total installed capacity of the Full-Screen Module photovoltaic power station has exceeded 8,000 globally, and the power generation gain from customers has far exceeded expectations.As the pioneer of Full-screen technology, DAH Solar always adheres to technology innovation to continuously drive high-quality development and help global partners and customers achieve energy transformation. Full-screen technology provides strong support for the photovoltaic industry to reduce costs and increase efficiency. It enables the global photovoltaic industry to move towards a more efficient and sustainable future.