Wind turbines used to be like a blind person trying to capture energy from the wind—relying solely on their "walking stick" and physical senses, without the ability to see or anticipate obstacles ahead. But with the development of smart technology, modern wind turbines are now equipped with "eyes." This metaphor was shared by Wang Xiaoyu, Vice President of Short-Term Energy at Vision Energy (Jiangsu) Co., Ltd. The idea is that these advanced turbines can sense the wind before it hits, making intelligent decisions in real time. This transformation is made possible by just one device: a laser radar.
Behind this shift lies a major evolution in both the wind power and photovoltaic industries. Qin Haiyan, Secretary-General of the Wind Energy Professional Committee of the Chinese Renewable Energy Society, explained that wind turbine systems are now widely adopting Internet of Things (IoT), Information and Communication Technology (ICT), and intelligent data analysis. These innovations have significantly improved efficiency and reduced operational costs.
The integration of smart technologies has not only enhanced performance but also opened new possibilities for cost reduction and better decision-making. For instance, laser radar allows wind turbines to detect wind patterns in advance, enabling more precise control strategies that boost power generation while minimizing mechanical stress.
This trend is evident across the industry. Companies such as Vision Energy are introducing smart wind turbines and digital platforms that optimize operations, reduce maintenance costs, and improve overall performance. Whether it's through big data, cloud computing, or AI-driven solutions, digitalization is becoming a key driver in the wind energy sector.
Gu Yanhui, Deputy Chief Engineer at Beijing Tiancheng Tongchuang Electric Co., Ltd., emphasizes the importance of smart energy solutions that go beyond electricity value, focusing instead on integrated energy needs at the user level. Similarly, Yuan Bo, Product Director at Vision Energy Smart Wind, highlights how digital and intelligent approaches help reduce the cost of electricity and accelerate project timelines through advanced design and construction methods.
Looking ahead, the future of wind power may even involve artificial intelligence. While current advancements focus on smart sensors and data analytics, the next step could be integrating AI to further enhance predictive capabilities and autonomous decision-making.
Industry leaders agree that the path forward involves full-scale digitization, standardization, and integration. As companies move toward smarter, more connected systems, the goal is to create a seamless, data-driven ecosystem that supports sustainable growth and innovation.
In summary, the journey from "blind" turbines to intelligent, data-driven systems marks a significant leap in the renewable energy sector. With continued investment in digital and smart technologies, wind power is poised to become even more efficient, reliable, and cost-effective in the years to come.
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