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As a typhoon “survivor”, China’s largest wind turbine is being considered a benchmark in sustainable energy technology
In a remarkable feat, the world's largest wind turbine, located in China, not only survived Typhoon Haikui, but also set a world record for power generation in a single day. This achievement highlights how modern wind technology is adapting to take advantage of natural phenomena, such as typhoons, to generate clean, sustainable energy. according to the Tempo website.
On September 1, the MingYang Smart Energy (MySE) 16-260 turbine, the largest in the world, achieved a remarkable feat. In the midst of Typhoon Haikui, with winds reaching almost 90 km/h, this offshore wind turbine in China generated an incredible 384,1 megawatt-hour (MWh) of energy in just 24 hours. This is equivalent to powering approximately 170 homes or lighting 38 million LEDs for an entire day.
To understand the significance of this record, it is important to note that the daily production of this wind turbine in Meteorological conditions normal is about 34,2 kilowatt-hours (kWh) per turn. In a year, this contributes to an average of approximately 66 gigawatt-hours (GWh) of energy, enough to power around 36 homes. Therefore, the extraordinary generational feat during Typhoon Haikui far exceeded the standard performance.
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The MySE 16-260 wind turbine: a giant of wind energy
The MingYang Smart Energy (MySE) 16-260 wind turbine is truly impressive in its scale and capacity. It is the largest wind turbine in the world, with a total rotor diameter of 260 meters. Each of its blades reaches an impressive length of 123 meters and is made of carbon fiber, although it weighs more than 54 tons.
This wind turbine is designed to maximize energy capture from the winds. During full operation, the edges of the blades can reach up to 70% of the speed of sound.
Adapting to the reality of typhoons
A notable feature of the MySE 16-260 is its ability to adapt to extreme weather conditions such as typhoons. While most conventional turbines would block their blades and would stop operating in winds approaching 90 km/h, this turbine has technology that allows it to adjust its blades in real time. More than a thousand sensors monitor weather conditions, allowing the turbine to continue operating at full capacity even in adverse conditions.
This level of resilience and adaptability is essential in coastal areas of China, which are prone to frequent typhoons. Ensuring that wind turbines can withstand these extreme conditions is critical to the future of wind energy in China, a country seeking to transition to cleaner, more sustainable energy sources.
The achievement of MySE 16-260 not only demonstrates the ability to generate wind power in the face of climate challenges, but also highlights how technology is transforming previously feared natural events into opportunities for the production of clean, renewable energy.
