On the morning of December 19th, the "3D Scanning Wind Lidar Innovation Application Review Meeting" was successfully held at the headquarters of Nanjing Movelaser Co., Ltd.  The meeting was jointly hosted by the Goldwind Wind Energy Research Institute and Nanjing Movelaser Co., Ltd. , and invited several industry authorities and core technical teams from both parties to participate. The meeting focused on in-depth discussions on the innovative breakthroughs and application prospects of 3D scanning wind lidar technology in the wind power field, jointly promoting the realization of the core value of this technology in the future development of the wind power industry.

At the beginning of the meeting, Zhu Hailong, Deputy General Manager of Movelaser, delivered a welcome speech on behalf of the organizer. He pointed out that this review meeting was an important measure for both parties to deepen strategic cooperation and jointly promote technological innovation. He looked forward to accelerating the industrialization of cutting-edge technologies through pooling industry wisdom, injecting new impetus into the high-quality development of the wind power industry.

In the special report session, Ji Guangbin, Chief Engineer of the Goldwind Wind Energy Research Institute, shared his insights on the topic of "Application and Thoughts on Three-Dimensional Scanning Wind Lidar in the Wind Power Industry". The report systematically reviewed the current development trend of the wind power industry, compared and analyzed the technological progress of three-dimensional scanning wind lidar at home and abroad, and provided an in-depth interpretation of the application advantages and implementation challenges of this technology in wind power scenarios.

Wang Lan, Product Manager of Movelaser, gave a special sharing on "Wind Measurement Principle and Data Analysis Method of 3D Scanning Wind Lidar". Starting from the technical principle, he deeply interpreted the core wind measurement mechanism of 3D scanning wind lidar, systematically elaborated on the key methods of the entire process from data collection, processing to analysis, and vividly demonstrated Mulei Laser's technological accumulation and application strength in the field of high-precision wind field measurement.

After professional and meticulous evaluation and intensive discussion, the participating experts highly recognized the cooperation achievements between the two parties. The experts unanimously agreed that the 3D scanning wind lidar technology has demonstrated remarkable innovation and application potential in the wind power field. This technology enables real-time, non-contact, and comprehensive precise measurement of the 3D wind field, effectively breaking through the limitations of traditional wind measurement methods and providing key data support for the efficient operation and safety control of wind turbines.

Currently, this technology has been validated in multiple practical scenarios, demonstrating excellent adaptability and reliability. It provides a practical tool for the wind power industry to enhance quality and efficiency, and address pain points in wind measurement and operation. Looking ahead, experts suggest further deepening research in areas such as extreme environmental adaptability, core algorithm optimization, multi-source data fusion, cost control, and standardization construction. This will further promote the technology towards large-scale and industrialized applications, aiding the wind power industry in its development towards a smarter and more efficient direction.

Based on the consensus reached during this review, Movelaser and Goldwind Technology will further deepen their cooperation, jointly accelerate targeted technology research and development, and implement scenario-based pilot projects, promoting rapid iteration and engineering maturity of 3D scanning wind lidar technology. Looking ahead, both parties will continue to expand the depth and breadth of their cooperation, adhere to technological innovation to address industry challenges, and continuously explore and extend the application scenarios and value boundaries of 3D laser wind measurement technology. Both parties are committed to jointly creating benchmark solutions in the wind power industry, driving the industry towards a new stage of higher quality and efficiency through technological power.