Facing Typhoon Dujouray with Winds at Level 16, JM Solar's Photovoltaic Support Structures Stand Firm

On July 28th at 9:55 AM, Typhoon Dujouray made landfall along the coastal areas of Jinjiang, Fujian. At the time of landfall, it reached a maximum wind force near its center of 16 on the Beaufort scale, categorizing it as a powerful typhoon. It continued its forceful movement northwestward, leaving a trail of strong winds and heavy rainfall in its wake, resulting in severe natural disasters.

In the face of the same wind pressure, the impact on the surface of photovoltaic modules of different areas is in completely different levels. JM Solar will redesign and validate clamps, screws, and support structures according to the actual conditions. A severe typhoon passing over a photovoltaic power station is a stern test for photovoltaic support structures. We are well aware that in the face of relentless challenges such as strong winds and adverse weather, support structures face significant load risks. Any problems could result in severe economic and life safety losses. Therefore, our approach to support structure design and production is cautious. Each project is based on local climate conditions and actual circumstances, with safety as the top priority, providing reasonable design solutions and products.

After Typhoon Dujouray, JM Solar promptly revisited its station customers. Upon verification, all photovoltaic power stations supplied with support structures from JM Solar are operating normally without any damage, and power generation has been restored! JM Solar's photovoltaic support structures have passed the test of a powerful typhoon, and their product quality has been recognized and praised by customers, earning JM Solar widespread acclaim.

Quanzhou Jinjiang

Quanzhou Nan'an

Xiamen

Xiamen

Xiamen

Xiamen

JM Solar's photovoltaic support structures have undergone wind and load risk assessments from the early design stage, ensuring the safety and profitability of the power station with stable and reliable photovoltaic products throughout their lifecycle. While support structures may represent a small proportion of a photovoltaic power station, their importance in maintaining stability cannot be underestimated. This recent typhoon further underscores the critical role of support structures in safeguarding the stability of photovoltaic power stations.