LONGi Hi-MO 9 Ice-Shield Modules: Pioneering Solar Safety
LONGi's Innovative Hi-MO 9 Ice-Shield Modules for Solar Plants
In today's world, climate change poses significant challenges, especially for solar energy systems. With extreme weather events occurring more frequently, protecting solar plants has become crucial. Hailstorms, in particular, can wreak havoc on photovoltaic (PV) installations. This is where LONGi's advanced Hi-MO 9 Ice-Shield modules come into play. These modules have been specifically designed to combat extreme weather, particularly hail, ensuring not just safety but also financial stability for solar plant operators.
A Breakthrough in Hail Resistance Technology
The hallmark of the Hi-MO 9 Ice-Shield module is its robust design. Featuring a dual-glass configuration that is thicker than traditional counterparts, the front glass is 60% more robust, having undergone rigorous tempering processes. This results in increased impact resistance—up to 4.5 times compared to standard solar panel glass. In tests simulating harsh hailstorms, the tempered glass of Hi-MO 9 stood up remarkably well, showcasing resilience akin to that of steel. In contrast, standard module glass often fails under similar conditions.
The durability of the module doesn’t end with its glass. Using high-strength aluminum alloy frames, these modules exhibit exceptional resistance to wind loads and other environmental stresses. In real-world applications and tests, Hi-MO 9 modules have successfully withstood impacts from hail with diameters of up to 55 mm and speeds hitting 33.9m/s—far surpassing international safety standards.
Exceptional Power Generation in Challenging Conditions
Not only is the Hi-MO 9 modular design strong, but it also keeps power generation efficiency at its forefront. Thanks to the integration of LONGi's innovative HPBC 2.0 technology, these modules boast an impressive conversion efficiency of up to 24.8%. This ensures that even under extreme environmental stresses, power generation remains reliable and high-yielding.
Take, for example, a 100 MW TOPCon solar plant; with Hi-MO 9 modules, it achieves a remarkable capacity of 106.4 MW on the same footprint. This translates to a potential increase of over $6.5 million in revenue, particularly in regions where sunlight may be less abundant.
Trust and Reliability Backed by Certifications
Trust is paramount in the solar industry, and LONGi’s Ice-Shield series modules have been recognized by leading international organizations such as RETC, TÜV Rheinland, and TÜV SÜD. For several years, LONGi's offerings have topped the charts in durability tests, consistently earning accolades for high performance across 13 critical assessments, which include the rigorous hail sequence validation.
The significant trust in Hi-MO 9 can be attributed to its stellar performance in diverse environments, ensuring that power generation remains stable and continuous even during the worst weather conditions. To date, cumulative global orders for the Ice-Shield modules have surpassed an impressive 1 GW mark. This includes applications in utility-scale solar projects scattered across various continents, further solidifying the choice of Hi-MO 9 as a flagship product in stringent solar environments.
A Solid Investment in the Future of Renewable Energy
LONGi's Hi-MO 9 Ice-Shield modules not only enhance the safety of solar installations but also present a reliable investment for project developers. By choosing these modules, solar plant operators are assured of high performance, durability, and efficient power generation.
Frequently Asked Questions
What are the key features of the LONGi Hi-MO 9 Ice-Shield modules?
The Hi-MO 9 modules are designed to withstand extreme weather, featuring thicker glass and high-strength aluminum frames for enhanced durability and safety.
How do Hi-MO 9 modules perform in hailstorms?
They are tested to resist impacts from hail up to 55 mm in diameter, ensuring they maintain structural integrity during severe weather.
What technology enhances the efficiency of these solar modules?
LONGi's proprietary HPBC 2.0 technology boosts conversion efficiency up to 24.8%, ensuring optimal power generation.
How does the investment in Hi-MO 9 modules benefit solar plant developers?
The increased durability and efficiency can lead to higher returns on investment and reduced risks related to weather damage.
Are the Hi-MO 9 modules certified for reliability?
Yes, they have received multiple certifications from international testing authorities, attesting to their high performance in challenging conditions.
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