Yaming Ma

Title: Yaming Ma: Innovator in Power Grid Management

Introduction

Yaming Ma, based in Carmel, Indiana, is an accomplished inventor who has made significant contributions to the field of electrical power systems. Holding two patents, Ma focuses on developing advanced systems and methods that enhance the management and efficiency of power grids.

Latest Patents

Ma's most noteworthy patents include:

1. **Systems and methods for managing watchlist constraints on an electric power grid** - This patent addresses the complexity of operating a power grid, which involves generation participants and consumers. The system efficiently performs coordination calculations based on power flow constraints and congestion, significantly enhancing grid operation efficiency. The methodology involves a three-step coordination calculation management process that screens constraints to identify redundancies and optimize performance.

2. **Automatic generation control enhancement for fast-ramping resources** - In this invention, Ma provides a method for operating an electrical power grid that includes both fast-ramping and slow-ramping power generation resources. This innovative approach enables better control over electricity dispatch, optimizing resource utilization for more reliable electrical power delivery.

Career Highlights

Yaming Ma has been associated with prominent organizations, including the Midcontinent Independent System Operator and Cleveland State University, building a strong foundation in power systems and grid management. His work reflects a dedication to improving the functionality and resilience of electrical infrastructures.

Collaborations

Throughout his career, Yaming Ma has collaborated with notable colleagues, such as Fengyu Wang and Pavan Kumar Addepalle. These partnerships highlight the collaborative nature of innovation in the field, where ideas are shared and refined for greater impact.

Conclusion

Yaming Ma's contributions to power grid management exemplify the critical role inventors play in advancing technology for modern infrastructure. With two impactful patents, he continues to influence the field, ensuring that electrical power systems are more efficient and reliable for users across the grid.