Aiming at multiple application scenarios! Mingyang's innovative "wind" leads technological innovation

Among them, at the Innovation Theater launch conference on October 17, Mingyang Smart demonstrated wind power solutions for a variety of complex application scenarios, covering high shear and ultra-low wind speed areas on the plains, the Shagohuang base, typhoon areas on the southeast coast, large offshore scenes, deep-sea floating wind power, comprehensive energy three-dimensional integrated development, and ultra-high altitude areas in Tibet.

Highly efficient solution for high shear and ultra-low wind speed scenarios on plains

In response to the high shear and ultra-low wind speed environmental conditions on the plains, Mingyang Smart Energy has tailored high-performance blades for such scenarios. Taking the MySE233 blade as an example, the advanced airfoil family, low induction coefficient, carbon fiber main beam and other designs, combined with the world's leading structural efficiency and the first domestic structured shell technology, effectively improve the efficiency and reliability of wind turbines.

In addition, advanced high tower technology also helps achieve efficient power generation in low wind speed environments. Mingyang's hybrid tower solution not only achieves higher horizontal casting accuracy, more convenient component size transportation, and faster dry connection construction, but also effectively reduces costs.

Easily cope with the challenges of Class I regional environments

In the super-class I area, environmental conditions such as ultra-low temperature and extreme wind speed will bring challenges such as cold start and low temperature operation, extreme safety of the unit, and aerodynamic stability. In order to make full use of the high-quality wind resources in the super-class I area, Mingyang Smart Energy has equipped the wind turbines in this area with storm cut-out, cabin thermal management system, and super-class I wind speed safety mode, which not only realizes the full utilization of wind resources, but also improves the safety of wind turbines in the super-class I area.

It is worth mentioning that with the help of storm cut-out technology, the power generation of wind turbines can be increased by 8%-15%.

Easily adapt to the sandy desert environment

To operate easily in the large sandy desert base with excellent wind resources, the wind turbine must be able to adapt to sandstorms, dust and dust weather, soil frost heave and sand dune movement, remote geographical location, weak power grid strength and other conditions.

At present, Mingyang has mastered the ability to cope with the sandy desert environment. Among them, the coupling design of the wind and sand cooling system effectively solves the problems of cabin heat dissipation, sealing and corrosion prevention, and meets the needs of efficient operation in the sandy environment. Customized hybrid towers, space foundations and box transformers help wind turbines "stand" steadily in the sandy desert area.

In addition, the voltage source control and self-synchronous grid characteristics of the grid-type wind turbine also make it more grid-friendly, helping the "Sandy Desert" to transform into a "new oasis".

"Anti-typhoon experts" bravely stand on the southeast coast

Based on the experience advantage of more than 2,600 typhoon-resistant units operating normally in strong typhoon seas, through long-term online monitoring with high-precision sensing devices, a massive measured database has been established, and with the help of advanced prediction models, scientific design systems, precise anti-typhoon strategies and refined anti-typhoon management, Mingyang wind turbines have been implanted with typhoon-resistant "genes" since their birth.

These designs not only reduce the uncertainty brought by typhoons, but also increase the certainty of unit design, and improve the power generation capacity of the entire wind farm, turning typhoons into opportunities.

Floating wind turbines advance into deep sea

Mingyang continues to promote offshore wind power to the deep sea with innovative technologies. After jointly developing the first domestic floating wind power platform "Three Gorges Leading" with China Three Gorges and China National Offshore Oil Corporation, and the first domestic "Offshore Oil Guanlan" put into operation at a water depth of over 100 meters and a distance of over 100 kilometers from the shore, Mingyang independently developed the floating wind power platform "Mingyang Tiancheng" with dual main engines and dual wind rotors. "Mingyang Tiancheng" has achieved many world firsts in terms of wind turbine form and material application, promoting innovation in wind turbine manufacturing.

Leading the three-dimensional integrated development of comprehensive energy

In the integrated energy three-dimensional development model, Mingyang Smart promotes the high-end, industrial clustering and application scenario of new energy technologies through technological innovation and scenario innovation. It fully taps the full industrial chain capabilities of "wind, solar and hydrogen storage" and promotes the three-dimensional integrated development of integrated energy such as "offshore wind power + marine ranch" and "offshore wind power + seawater hydrogen production" towards high-end and green development based on offshore wind power.

Heading to high altitude areas such as Tibet

In ultra-high altitude areas such as Tibet, Ming Yang Smart has equipped wind turbine blades with aerodynamic kits, which can effectively solve the problem of blade stall in low air density environments. This not only increases power generation by 3.5%, but also improves the wind turbine's ability to adapt to the environment.

In response to the situation of frequent lightning and high radiation, Mingyang Smart Energy provides "self-protection" capabilities for wind turbines in high-altitude areas through special lightning protection monitoring technology and customized special anti-corrosion coatings for blades, nacelles and towers.

In addition to bringing solutions for a variety of innovative scenarios to the industry, Mingyang Smart Energy's independently developed 18-20MW wind power platform has also been highly recognized by authoritative certification agencies at home and abroad, such as Jianheng Certification Center and TÜV-NORD. During the conference, Jianheng Certification Center issued a certification certificate for Mingyang Smart Energy's MySE18.X MW unit. Zhang Yu, Vice President of Jianheng Certification Center and General Manager of Wind Energy Division, and Zou Libing, Dean of Mingyang Smart Energy Wind Energy Research Institute, attended the certificate awarding ceremony; Qin Haiyan, Secretary-General of the Wind Energy Professional Committee of the China Renewable Energy Society and Director of Jianheng Certification Center, and Liang Caifa, President of Mingyang Smart Energy's Domestic Smart Manufacturing Business, and other leaders witnessed it.

In addition, under the witness of Alexander Ohff, Executive Vice President of TÜV-Nord Global Renewable Energy, and Zou Libing, Director of MingYang Smart Wind Energy Research Institute, Pan Wenguang, Deputy General Manager of TÜV-Nord China Wind Energy Affairs Department, and Wei Yufeng, Deputy Director of MingYang Smart Wind Energy Research Institute, jointly signed the MySE18.X-260 certification contract.