Congratulations to the 2024 IEEE PES Fellows Class! We are proud to share that 40 IEEE Power & Energy members were elevated to IEEE Fellow.
The IEEE Fellow Award is a special recognition for members with extraordinary accomplishments in the IEEE technical fields. To ensure that the recognition is extraordinary, the total number of recipients each year cannot exceed 0.1% of the total higher-grade membership.
- Lorraine Padden– for contributions to development of standards for motor protection and applications in industry
- Li Qi– for contributions to DC distribution protection and architectures of DC shipboard power systems
- Giri Venkataramanan– for contributions to control of energy resources in microgrids
- Brian Welchko– for contributions to electric propulsion systems
- Bijaya Ketan Panigrahi– for design of intelligent tools for power quality improvement and MPPT for solar energy systems
- Wei Xu– for contributions to design and control of linear and rotary machines and drives
- Alessandra Flammini– for contributions to wireless distributed measurements for industrial systems
- Gabriel Benmouyal– for contributions to digital protective relays for power systems
- Yijia Cao– for contributions to analysis and control of smart grids
- Hong Chen– for contributions to economic efficiency equilibrium and risk mitigation in power system operations
- Ninel Cukalevski– for leadership in resilience enhancement in control and information systems
- Robert Cummings– for leadership in power system disturbance analysis and standardization of power system protection and reliability
- Pengwei Du– for contributions to integration of load resources in electricity market and control of smart grid
- Mohamed El Moursi– for contributions to renewable energy integration and hybrid power grids
- Herbert Falk– for contributions and leadership in secure, reliable, and interoperable communication of the electric power grid
- Normann Fischer– for contributions to fault protection methodologies for electric power grids
- Vahan Gevorgian– for contributions to the wind and solar photovoltaics in grids
- Qinglai Guo– for contributions to system-wide voltage control in power systems
- Gene Henneberg– for contributions to electric power system integrity protection schemes
- Michael Heyeck– for contributions to development of advanced high-voltage power system technology
- Takashi Hiyama– for contributions to intelligent power systems
- Jun Liang– for contributions to DC grid’s modeling and control
- S M Muyeen– for contributions to stable grid-interfaced renewable energy conversion and control
- Tom Prevost– for contributions to life estimation of transformer insulation systems
- Veronika Rabl– for contributions to the design of demand response resources and electrification
- Michael Ropp– for contributions to distributed energy resources integration in power systems
- Joseph Rostron– for leadership in power switching interrupter design and development of circuit breakers and switchers
- Kai Sun– for contributions to power grid stability analysis and control
- Maria Tavares– for contributions to single-phase and three-phase auto-reclosing switching of transmission lines
- Marianna Vaiman– for contributions to transmission and distribution grids
- Jianzhong Wu– for contribution to multi-energy systems and peer-to-peer energy trading
- Xiaorong Xie– for contributions to analysis of subsynchronous resonance in electrical power systems
- Pei Zhang– for contributions to computational methods for smart control centers and probability-based planning and operation
- Jim Zheng– for contributions to energy storage technologies
- Tongxin Zheng– for contributions to electricity market design and its operational method
- Zheng Zhou– for contributions to electromagnetic transients simulation and the study of HVDC dynamics
- Dong-choon Lee– for contributions to energy conversion technology and systems
- Byoung Kuk Lee– for contributions to battery chargers for electric vehicles
- Li Ran– for contributions to the modeling of power electronic devices
- Bo Zhang– for contributions to nonlinear analysis in power electronics