PV Power Station Report after Typhoon

Anna
2024-09-26

PV Power Station Report after Typhoon

Solartale demonstrates strong strength to resist Typhoon

along with 15th sep. 2024 typhoon, A high-intensity typhoon passed through Wuxi, Jiangsu Province, and the area encountered an unprecedented natural disaster test.

In this typhoon with a wind force of up to 14, many infrastructure facilities are facing severe challenges, and the wind resistance of photovoltaic power generation systems,

as an important component of clean energy, has also become a focus of social attention.Solartale, as a well-known provider of photovoltaic solutions in the industry,

demonstrated its excellent product quality and professional installation technology in this extreme weather, successfully resisting the fierce impact of the typhoon.

Theoretical Limits and Actual Performance

       When designing the photovoltaic system, the climatic conditions in different regions were fully taken into consideration, including the impact of natural disasters such as

        strong winds and heavy rains. In theory, the photovoltaic modules and support systems that have been strictly designed and manufactured can withstand up to12 level of         typhoon based on detailed wind pressure calculations, material strength tests, and strict installation specifications. However, in actual applications, due to the influence

         of various factors such as the installation environment, topography, and maintenance conditions, the actual wind resistance of photovoltaic power stations will vary.

Solartale's actual combat achievements

        In this 14 level of typhoon, most of the photovoltaic power stations built by Solartale performed well, and only a few power stations were affected by minor damage.

        This is mainly due to Solartale's meticulous design of each project, the application of high-quality materials, and strict control of the installation process.

         It is particularly worth mentioning that despite such extreme weather conditions, Solartale's core operating power stations were almost unaffected, which fully verified the

        excellent performance of its products and the strength of its professional team. However, it is worth noting that aFinished power stationThe power stations included in         Soalrtale's portfolio were relatively severely damaged in this typhoon.

        This reminds us that even experienced photovoltaic companies When purchasing a power station, it is also necessary to carefully check whether all the materials and                     installations of the previous owner meet the specifications, thereby reducing subsequent risks.

Left: After the typhoon, the PV power station was inspected and found to be intact, but the roofs of the places where photovoltaic power was not laid were blown away

Right: The acquired PV power station was severely damaged after the typhoon

Prevention and response

        Faced with the unpredictability of natural disasters, Solartale always puts prevention first. In addition to using high-strength, corrosion-resistant materials to build

        photovoltaic systems, it also focuses on the rationality of site selection and the stability of the support system design. At the same time, a sound emergency plan is

        established, and regular safety inspections and maintenance are carried out to ensure that the photovoltaic power station can operate stably under any weather

        conditions.

        This typhoon incident once again proved that in the photovoltaic field, a professional team and a rigorous attitude are the key to ensuring the success of a project.

        Solartale has demonstrated this with practical actions.The corporate philosophy of "professionalism creates quality, responsibility creates the future" has set an example

         for the sustainable development of the industry. In the future,Solartale will continue to be committed to improving the wind resistance of photovoltaic systems

        and safeguarding the widespread application of clean energy.

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