, 2026, Typhoon Bawei landed in Taizhou, Zhejiang Province, with a force of 13. On the eve of landing, an owner in Longwan District of Wenzhou paid nearly 10000 yuan at his own expense to demolish thousands of square meters of photovoltaic panels on the roof. His reason is very simple: "The damage to the board is small, and I am most afraid of being blown off and hitting people."
This scene is the epitome of the anxiety of countless photovoltaic owners in the summer and autumn typhoon season. When extreme weather changes from "occasional" to "normal", and when the design life of photovoltaic assets is calibrated to 25 years, a fundamental question emerges: in the face of unpredictable natural forces, what kind of products and partners can give these 25 years real certainty? Typhoon "Du Suri" landed in Jinjiang, Fujian Province at a strong typhoon level, becoming the second strongest typhoon landing in Fujian since the complete observation record, with a maximum wind force of more than 16 near the center and an instantaneous limit wind speed of more than 55 meters per second. The results of the 
Du Suri were in sharp contrast: the only power station installed with flexible brackets and clamps." The smallest loss of more than 600 In fact, four of the six power stations use Longji components, and all of them are installed with fixed brackets and briquettes. Longji technical team visited Xiamen, Jinjiang, Putian and other places before and after the typhoon to assist in post-disaster detection and recovery. As Zheng Qishan, executive director of Fujian Guodian Wind Power Co., Ltd., said: "Planning and construction in strict accordance with the design standards, selecting high-quality equipment, and constructing in strict accordance with the requirements can reduce the risk of disasters as much as possible." The figures are even more telling: the load capacity of Longji components reaches 4341 Pa, and the wind tunnel test limit wind speed reaches 60 m/s, which is equivalent to 17 hurricanes. This is not redundancy, but the bottom line that must be maintained in the 25-year life cycle. Capricorn's "post-disaster reconstruction": Good repair is trust . If Du Suri's test is "whether she can carry it", then "Capricorn" in September 2024 will test "whether she can rebuild". "Capricorn" landed in Wenchang, Hainan with a wind force of more than 17, resulting in a direct economic loss of 263. The first phase of Hualin Wenchang 100MW Agricultural (Fishery) Photovoltaic Complementary Project of Huadian Group Hainan Company was damaged in a large area. It is worth noting that the original product of this power station is not Longji. But after the disaster, Longji became the protagonist of the reconstruction. In the early stage of typhoon generation, Longji Delivery and Technical Team captured the threat path and sent disaster warning and written anti-typhoon emergency reinforcement plan to Huadian on its own initiative. After the typhoon passed through, the Longji inspection team arrived at the scene at the first time to help fix the damage when the power and communication had not been restored. Subsequently, Longji Sinan Digital Platform intervened to re-optimize the design in view of the environment of C5 high salt fog, high humidity and frequent typhoons in Wenchang, Hainan: customized reinforcement of pile foundation, addition of hoop briquettes, customized cross-section aluminium frame components in 4MW core area-all designs. Putting Safety Redundancy in disaster reconstruction is the highest vote on product safety. When owners reselect after a disaster, they know better than ever that reliability is more important than anything else. The choice of Longji in the second phase shows that this trust has gone beyond "emergency"-it is an active bet on asset security in the next 25 years. The "vote with feet" of Haiguang project: the industry is redefining the pressure of safe extreme weather and reshaping the selection logic of the industry. This is particularly evident in the field of offshore photovoltaic, where the environment is the most stringent. The sea is not a simple extension of the land. Sea breeze, high salt fog, high humidity, high corrosion and high maintenance cost-offshore photovoltaic put forward almost stringent requirements for mechanical load, frame strength and packaging reliability of modules. In such an environment, "security" is no longer an option, but a threshold for access. The market is giving the answer. Among the first batch of 1GW offshore PV projects in Shanghai, the 400MW module selection of Shanghai Power Fengxian 1 # Project is determined as the BC technical route, which is supplied by Longji; the share of Shenergy's 500MW project is also occupied by BC products. Hebei Huadian Changli 500MW Offshore Photovoltaic Pilot Project selects 150MW Longji Hi-MO 9 Longyuan products. Even in the design and feasibility study stage of an offshore photovoltaic project in Jiangsu this year, the owner adjusted the original plan of super-large version to Longji BC high-efficiency products-between "radical cost reduction" and "safety bottom line", professional decision makers chose the latter. Efficiency and safety are never a single choice in the offshore photovoltaic scenario. When design institutes and owners of state-owned enterprises take "life cycle safety" as the precondition in the feasibility study stage, the trend of the industry from "low-price competition" to "technology competition" is irreversible. Back to the essence: the certainty of the 25-year cycle From Du Suri in 2023 to Capricorn in 2024, and then to Bawei in 2026, the photovoltaic power plants in the path of the typhoon are experiencing a cruel elimination competition. The design life of PV modules is 25 years. But how many typhoon seasons do we have to go through in 25 years? How many extreme weather raids? There is no advance notice of extreme weather, but your choices can predict the outcome. At the moment of passing through Bawei, the products that have been tested by typhoon, rebuilt on the ruins and favored by Haiguang Project are defining new industry standards: safety is not a publicity gimmick, but the cornerstone of 25 years'power generation income; reliability is not a remedy after the event, but a redundancy written at the beginning of the design. When the Wenzhou owner dismantled the photovoltaic panels before the typhoon, he guarded not only his own assets, but also the fear of "uncertainty". For power stations that have really passed the extreme weather test, the best typhoon news may be "no news"-the components are stable, the power station is safe, and the power generation is as usual. This is the sense of security that 25 years of assets should have.
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