LONGi Asia-Pacific

Have you ever noticed rooftop PV panels sagging at the center after heavy rain? 🌧️ In this Solar Sense episode, we examine commercial roofs where trapped rainwater leads to what's known as "fish-farming modules", an issue highlighting the load-bearing limits of oversized solar panels. Excessively large modules carry higher weight with lower structural resilience. Under physical stress, their surfaces sag, creating artificial pools that accelerate micro-cracks, hot spots, and permanent power loss. To ensure long-term performance, module design requires a balance of scale and mechanical stability. LONGi advocates for the industry-recognized golden dimension of 2382mm by 1134mm. Engineered for optimal force distribution and superior resistance, this standard delivers lasting reliability and secure returns for your project. #LONGi #SolarSense #SolarPV #PVSafety #CleanEnergy #PVSolutions #RenewableEnergy

Microcracks are often invisible, but their impact on energy yield is real. What if your solar modules were built to reduce the risk of microcracks from the very beginning? Watch what happens under a 400g load test: conventional silicon wafers fracture under pressure, while LONGi's TaiRay Wafers remain intact under the same test conditions. With an increased thickness of 140 μm, LONGi's TaiRay Wafers offer enhanced mechanical resilience, helping protect your solar modules from transportation and installation to long-term operation. #LONGi #LONGiEASEA #TaiRayWafer #RenewableEnergy #CleanEnergy #PVSolutions #SolarPower

When extreme weather strikes, solar power plant safety is put to the ultimate test. Take a 361MW project in Xinjiang as an example. When Category 13 winds hit at 40m/s, over 150MW of modules and trackers were damaged, with losses topping 300 million RMB. It is a stark reminder of what is known as the kite effect, where ultra-large module surface areas catch heavy wind like a sail and put immense strain on the whole structure. At LONGi, we have always believed long-term power plant safety cannot be evaluated by single-module wattage alone. Real reliability comes from looking at the bigger picture: how module dimensions, tracker engineering, and mounting stability work together as an integrated system. That is why we stick to industry-proven standard module dimensions. They match smoothly with mature tracking and installation systems, giving your projects a safer, more stable foundation against whatever the weather brings. #LONGi #LONGiEASEA #SolarPV #PVSafety #CleanEnergy #PVSolutions #RenewableEnergy

Imagine a typhoon hitting a solar farm, where high winds catch oversized panels and send them flying like fragile kites. 🌪️ Expanding panel dimensions to cut costs or chase larger power ratings leaves power plants dangerously vulnerable. Instead of bearing the wind load, oversized module frames buckle and tear, creating severe safety hazards across the site. Power plant safety is never a gamble. Larger dimensions do not equal better performance. Real protection comes from unyielding structural strength and system-level engineering. At LONGi, we stick to industry-proven standard dimensions paired with heavy-duty frames, ensuring your project stands strong against nature's toughest tests. #LONGi #SolarSense #SolarPV #PVSafety #CleanEnergy #PVSolutions #RenewableEnergy

LONGi has achieved the highest AAA Bankability Rating in PV Tech’s Q3 2026 Module Tech Bankability Report! 🏆 This marks our 27th consecutive quarter receiving the top honor, underscoring our long-term commitment to technical innovation, robust financial health, and reliable manufacturing. From achieving a certified 28.29% cell efficiency record for our HIBC technology to receiving Level 4 Smart Manufacturing certification at our Wuhu base, we continue to push the boundaries of what solar technology can deliver. Recent highlights also include major utility-scale projects and innovative clean energy deployments worldwide, such as supplying 315MW+ of high-efficiency modules for Romania’s largest solar projects with Nofar Energy, and delivering Hi-MO 9 BC modules for Innovo Renewables’ 71MW project in Italy. A sincere thank you to our global partners, customers, and financial institutions for their continued trust as we build a bankable, sustainable future together! 🤝 #LONGi #PVTech #Bankability #SolarEnergy #HiMO9 #BESS #RenewableEnergy #CleanTech

30-year bankability requires balancing module size with structural reality. When Category 14 Typhoon Doksuri swept across the Philippines, a 100MW+ solar farm suffered over 10 million RMB in structural damage, mostly from oversized module failures. In extreme winds, larger panels act like massive sails. As surface pressure builds, violent flexing concentrates stress around mounting holes until metal frames tear apart. While heavy racking reinforcement can prevent buckling, it skyrockets BOS costs, erasing any upfront savings from larger panels. That is why LONGi relies on standard module dimensions (2382 mm × 1134 mm). Wind-tunnel tested and built for mature mounting systems, they provide maximum rigidity without costly over-engineering, ensuring your plant is still standing when the storm passes. #LONGi #LONGiEASEA #SolarEnergy #PVTechnology #ExtremeWeather #SolarSafety