Liangyun Song

Title: **Liangyun Song: Innovating Wind Power Management**

Introduction

Liangyun Song is an inventive mind based in Beijing, China, recognized for his contributions to the field of energy management. He has developed a novel approach to optimize the dispatching of wind power generation in conjunction with energy storage systems. With his inventive insights, he aims to address the challenges posed by the uncertainty in wind turbine outputs.

Latest Patents

Liangyun holds a valuable patent titled "Optimal Dispatching Method and System for Wind Power Generation and Energy Storage Combined System". This innovative patent presents an optimal dispatching method that accounts for the unpredictable output of wind turbines. By utilizing spatio-temporal coupling and a distinctive interval uncertainty set, Liangyun's approach effectively mitigates extreme scenarios that have a very low probability of occurrence. This patent not only enhances reliability but also reduces the overall conservativeness of traditional models, thereby proposing a more efficient solution.

Career Highlights

Liangyun Song is affiliated with North China Electric Power University, where he leverages his expertise in energy systems to advance research and innovation in the field. His work focuses on improving the efficiency and reliability of renewable energy systems. Liangyun's patent signifies a significant step forward in the integration of wind power generation with energy storage solutions.

Collaborations

Throughout his career, Liangyun has collaborated with notable coworkers such as Shiwei Xia and Panpan Li. This teamwork fosters an environment of innovation, allowing them to combine their expertise and explore new frontiers in energy management.

Conclusion

Liangyun Song stands out as a significant figure in the realm of energy innovation. His patent on optimizing wind power generation and energy storage systems demonstrates a cutting-edge approach that addresses critical uncertainties in renewable energy production. As he continues his work at North China Electric Power University, Liangyun's contributions promise to shape the future of energy management and sustainability.