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太重集团6.25MW风力发电机组圆满试车
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    此次自主研发的6.25MW双馈风力发电机组成功完成试车,是公司向“新”向“智”向“绿”加速推进的有力实践,将为绿色能源产业高质量发展提供更多太重解决方案。该机组通过一系列精心设计的科技应用,显著提升了工作效率,完美展现了公司的创新与实践能力。

    技术领先的智能算法 让风机既高效又安全

    6.25MW风电机组采用先进的传感技术和智能控制技术,是“能感知、会思考、可决策”的智能风机。通过对运行数据的实时监测及分析,机组可准确感知自身状态和外部环境条件,并自动调整其控制策略,实现对机组载荷、净空、功率、风场尾流等的智能控制。

    值得一提的是它的智能载荷控制技术。简单来说,载荷就是机身在运行过程中所要承受的力,当发电量一定时,载荷越小,则安全性越高;载荷越大,则安全和稳定越难以把控。公司研发团队开发了先进的机组载荷控制技术,能够在发电量和载荷之间找到最优平衡点,在降低载荷、优化减重的同时,保证机组具有优异的发电性能,展现出显著的优势和竞争力。

    The successful completion of the trial of the independently developed 6.25MW doubly-fed wind turbine is a powerful practice for the company to accelerate the "new" to "intelligent" to "green", and will provide more heavy solutions for the high-quality development of the green energy industry. Through a series of carefully designed scientific and technological applications, the unit has significantly improved work efficiency and perfectly demonstrated the company's innovation and practical capabilities.

    The technology leading intelligent algorithm makes the fan both efficient and safe

    6.25MW wind turbine adopts advanced sensing technology and intelligent control technology, which is an intelligent fan that can sense, think and make decisions. Through real-time monitoring and analysis of operation data, the unit can accurately perceive its own state and external environmental conditions, and automatically adjust its control strategy to achieve intelligent control of unit load, headroom, power, wind field wake, etc.


    It is worth mentioning its intelligent load control technology. To put it simply, the load is the force to be borne by the fuselage during operation. When the power generation is certain, the smaller the load, the higher the safety; The greater the load, the more difficult it is to control safety and stability. The company's research and development team has developed advanced unit load control technology, which can find the optimal balance between power generation and load, reduce load and optimize weight loss at the same time to ensure that the unit has excellent power generation performance, showing significant advantages and competitiveness.


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