Julio Romero Agüero
OUR INDUSTRY IS UNDERGOING A notable and fast transformation: we are living the “golden age” of power and energy, an age of discovery in which we are exploring novel concepts, technologies, and solutions and reimagining power and energy systems. Decarbonization, climate change and the adoption of clean energy, distributed resources, energy storage, electrification, analytics and communications, automation, and control technologies, among others, are driving significant changes that impact all areas of our industry. These changes span from policy, regulation, planning, and operations to standards, analysis, design, and the construction of modern and future power and energy systems.
This evolution is also contributing to make our industry and the IEEE Power & Energy Society (PES) more multidisciplinary, multigenerational, and diverse. For instance, PES members in the 20s age group, which includes young professionals and students, have tripled over the last 20 years, from about 2,800 members in 2003 to almost 9,000 members in 2021 (Figure 1). IEEE and PES are cognizant that finding solutions to the challenges driven by climate change is one of the top priorities of our Members, particularly of this cohort, and are working toward creating opportunities to continue leading in this area. For instance, PES is at the forefront of the energy transition by driving the development of key industry standards, such as the IEEE 1547 series of standards, which address the interconnection of distributed energy resources and power delivery systems. This includes inverter-based renewable generation (e.g., solar photovoltaic and wind distributed generation) and distributed energy storage, which are vital components to achieve the goals of the energy transition.
Our PES organization is also evolving and promoting multiple initiatives to address the needs and interests of our growing membership:
These are only a few examples of some of the activities PES is implementing— there are important initiatives involving education, technical activities, conferences and meetings, publications, and industry outreach that provide additional benefits to our members. We also continue learning about the root causes and drivers of regional membership trends to understand and better prepare for the future as well as to solve existing challenges. This includes using technology for making PES more accessible to our global membership; proactively identifying the evolving needs of our members; fostering sustainable growth; improving professional and student member retention; promoting industry participation, particularly from adjacent industries, such as information technology; and increasing student membership, particularly in Regions 1–7, and membership in general in all Regions. Regions 8–10 have tremendous potential in this regard; for instance, Region 10 now has the largest number of PES members.
Our industry is experiencing a shortage of qualified resources, and PES can play an important role in motivating new generations to become the power and energy professionals of the future by communicating the importance of our work for the future of humankind, including the opportunity to learn and develop innovative and “cool” solutions and technologies that can have a significant societal impact. This inspirational mission is a special area of attention for PES. This evolution will continue for the foreseeable future, and PES is committed to remaining proactive, dynamic, agile, and adaptive to continue providing value and benefits to our members. None of this can be accomplished without the support and contributions of volunteers. I want to use this opportunity to encourage our members to serve in our committees and contribute to helping PES achieve its mission of being the leading provider of scientific and engineering information on electric power and energy for the betterment of society and the preferred professional development source of its members