产业需求驱动的风电控制人才“理论–课程–实践”三维一体培养体系构建与实践

Industry Demand-Driven Wind Power Control Talents “Theory-Curriculum-Practice” Three-Dimensional Integrated Training System Construction and Practice

摘要: 随着“双碳”目标的推进和新型电力系统建设，风电机组智能化控制与优化运行成为我国可再生能源高质量发展的关键支撑。本研究聚焦风电机组控制与优化运行，致力于破解高校人才培养与产业需求错位的难题，构建“理论认知–课程体系–实践创新”三维一体的教改新模式。培养体系通过动态更新理论教学内容，重构课程体系，加强实践教学平台建设，融合人工智能与智能运维技术，提升学生的系统分析和创新能力。最终形成以产业需求驱动的闭环人才培养体系，为风电行业的高质量发展提供坚实的人才支撑与教育模式。

Abstract: With the promotion of “double carbon” goal and the construction of new power system, intelligent control and optimal operation of wind turbines have become the key support for the high-quality development of renewable energy in China. This study focuses on the control and optimal operation of wind turbines, devotes itself to solving the problem of misalignment between talent training in universities and industrial demand, and constructs a new three-dimensional teaching reform mode of “theoretical cognition-curriculum system-practical innovation”. The training system dynamically updates the theoretical teaching content, restructures the curriculum system, strengthens the construction of the practical teaching platform, integrates artificial intelligence and intelligent operation and maintenance technology, and improves the students’ system analysis and innovation ability. Eventually, a closed-loop talent training system driven by industrial demand will be formed, providing solid talent support and education model for the high-quality development of the wind power industry.