Chenyu Wu

Title: Innovations by Inventor Chenyu Wu from Nanjing, China

Introduction

Chenyu Wu is a notable inventor based in Nanjing, China, recognized for his contributions to the field of energy systems. With a total of two patents to his name, Wu has made significant strides in advancing technologies that optimize energy efficiency and resource management.

Latest Patents

Chenyu Wu's latest patents include innovative methods that address the complexities of energy systems. The first patent is titled "Dispatching method for electric-hydrogen energy system considering flexible hydrogen demand." This invention establishes a comprehensive dispatching model, incorporating various equations such as electric load flexibility and renewable energy output constraints. The model aims to minimize operational costs while improving the coordination between electric and hydrogen energy flows.

His second patent, "Modeling method of combined heat and power optimal dispatching model," utilizes a mixed integer programming approach for district heating systems. This model effectively divides heating areas and time periods while considering transmission delays. By integrating various energy sources such as conventional generators and wind power units, the optimal dispatching model aims to enhance efficiency in energy distribution.

Career Highlights

Chenyu Wu's career includes impactful roles at Southeast University and the State Grid Jiangsu Electric Power Company Research Institute. His work involves extensive research and development focused on energy systems, further positioning him as a leading innovator in his field.

Collaborations

Throughout his career, Chenyu Wu has collaborated with several professionals, including Zhi Wu and Suyang Zhou. Their joint efforts have contributed to advancements in energy management and have enhanced the research output of their respective institutions.

Conclusion

Chenyu Wu exemplifies innovation in the energy sector, with patents that address pressing challenges related to energy consumption and efficiency. His work not only contributes to technological advancement but also sets the stage for sustainable energy practices in the future.