Recently, Professor Jakob Mann from the Technical University of Denmark (DTU) visited Nanjing Movelaser Co., Ltd. for an in-depth and fruitful academic exchange. He was accompanied by his students and Dr. Guo Feng, a postdoctoral researcher from Shanghai Jiao Tong University, who also participated in the technical discussions. This exchange not only fostered international academic collaboration but also brought new ideas and perspectives for the technological development of the wind power industry.

Professor Jakob Mann is a renowned scholar in the fields of wind energy and atmospheric turbulence at DTU, with significant achievements in wind power research. For many years, he has focused on using remote sensing technology to measure wind speed, dedicated to solving the challenge of accurate wind measurement in the wind power industry. His research results have not only driven technological progress in the field but also provided theoretical support and practical guidance for the efficient development and utilization of global wind energy resources. For example, several research projects he led have successfully improved the accuracy of wind energy assessment under complex terrain and climatic conditions, making the planning and construction of wind farms more scientific and efficient.

Nanjing Movelaser Co., Ltd., as a leader in the domestic laser wind measurement field, has consistently focused on the research, development, and application of laser wind measurement solutions. Leveraging its self-developed core technologies, the company has overcome the challenge of lacking core components and intellectual property, achieving independent R&D for all core modules. It has also established a large-scale production line for wind measurement LiDAR. The products are widely used in various scenarios, including offshore preliminary wind measurement and supporting wind measurement for wind power prediction in offshore wind power projects.

During this visit, Professor Jakob Mann and his delegation engaged in in-depth discussions with Movelaser's R&D team on the application and future development direction of laser wind measurement technology in the wind power field. The professor shared his experience and achievements in international cutting-edge research, offering unique insights on current challenges such as improving accuracy and data stability of laser wind measurement technology in complex environments. Movelaser's team members actively participated in the discussions, introducing the company's technical advantages and innovations in LiDAR R&D, production, and practical project applications. For instance, the Molas B300M offshore wind measurement LiDAR, with its long range, high precision, and excellent resistance to salt spray corrosion, has achieved outstanding application results in offshore wind power projects in several countries.

Both parties also held discussions on further industry-academia-research collaboration. They expressed hope to establish a long-term cooperative relationship in areas such as technological R&D and talent cultivation by integrating their respective strengths and resources. The aim is to jointly promote the development of laser wind measurement technology in the global wind power industry, contribute to the efficient utilization of clean energy, and help address global climate change. This visit and exchange built a strong bridge for cooperation between the two sides. It is expected to yield more innovative achievements in the wind power field in the future, leading the industry to new heights.