HFM wave power generation hydraulic system Simulation test bench
Recently, Qingzhou Jinrong Hydraulic Technology Co., Ltd. and Shandong University have jointly developed a HFM wave power generation hydraulic system Simulation test bench. This achievement marks an important step forward for both parties in the scientific research field of marine energy development and utilization.
Qingzhou Jinrong Hydraulic Technology Co., Ltd. is located in the Wangmu Palace Economic Development Zone of Qingzhou City. It has been deeply engaged in the field of hydraulic technology for a long time and has accumulated rich experience in professional technology, especially in the process of providing products and services for engineering machinery and mining machinery. It has demonstrated strong technical strength. As a key comprehensive university directly under the Ministry of Education, Shandong University has rich academic resources, a full range of disciplines, and strong scientific research strength. The cooperation between the two parties has fully utilized the practical advantages of enterprises and the scientific research advantages of universities, and realized the deep integration of industry, academia and research.
The HFM wave power generation hydraulic system Simulation test bench can simulate various complex motion states of waves and accurately reproduce the characteristics of waves such as ups and downs and surges in different environments. Its working principle is based on a set of precise mechanical and hydraulic control systems. By simulating the dynamic force of waves, it drives the power generation device to operate, thereby simulating the wave power generation process. During the research and development process, the teams of both sides conducted a large number of experiments and data analysis on technical problems. After repeated debugging and optimization, the stability and reliability of the test bench were finally ensured.
The successful development of the HFM wave power generation hydraulic system Simulation test bench is of great significance. On the one hand, it provides an efficient and accurate experimental platform for the study of wave power generation technology. Researchers can carry out a large number of experimental studies in a laboratory environment and deeply explore the best technical solutions for wave power generation, which greatly improves the efficiency of scientific research and reduces the high cost and risk of conducting experiments in the actual marine environment. On the other hand, the test bench also plays a positive role in promoting the industrialization process of wave power generation technology. By simulating the power generation effect under different sea conditions, it helps to optimize the design and performance of power generation equipment, accelerate the pace of related technologies from laboratories to practical applications, and lay a solid foundation for the large-scale development and utilization of marine wave energy resources in the future.
The cooperation results of Qingzhou Jinrong Hydraulic Technology Co., Ltd. and Shandong University not only reflect the exploration spirit of both parties in the field of marine energy, but also provide a good example for the cooperation between other enterprises and universities in the industry, which is expected to further promote the innovation and development of my country's marine energy development and utilization technology.
