Why the 50 year Power Grid won't survive any longer
Traditional power grids were designed decades ago, and while they served well in the past, they can no longer keep up with today’s evolving challenges. The perpetual increase in electricity demand, the exponential growth in renewable energy integration, cyber threats, and frequent outages are forcing utilities worldwide to rethink their infrastructure.
Fortunately, Artificial Intelligence (AI) applications have the potential to provide a practical pathway to build more intelligent, more resilient, and efficient energy systems. It is becoming evident that AI is no longer a futuristic concept; however, it is already reshaping how our power systems operate.
In a recent webinar presentation (September 27, 2025), we discussed this exciting topic with electrical engineering students and professionals.
Over 30 people from various countries, such as India, the USA, Ghana, Turkey, Ethiopia, Qatar, Nigeria, Papua New Guinea, Saudi Arabia, Brazil, and Pakistan, among others, were able to attend. It was incredible, and thanks to all attendees.
I am sharing this post along with the slides and the video (below) for the benefit of those who couldn’t make it and/or any interested person to have access.
This post will be brief, so that you can watch the recorded webinar.
Feel free to let us know what you think.
Factors Leading to Power Grid Modernization
The power grid that started in the late 1800s has continued to evolve over the last century. However, in our modern times, everything seems to be changing at a faster pace than we have realistically imagined. The electrical power system is no exception.
One may ask, but why do we need to change or modernize a working? That is a fair question and a good one indeed.
In the presentation, we discussed five (5) reasons leading to power grid infrastructure modernization.
Critical Power Grid Parameters
The most common electrical operating parameters are voltage, current, frequency, apparent power, active power, and reactive power. Moreover, several equally vital physical parameters, such as ambient temperature, operational temperature, pressure, humidity, wind speed or direction, sunlight, heat, and vibration, among others, influence the electrical grid.
We discuss these parameters and how they can influence the design of the power grid and/or assist in planning infrastructure modernization.
Measure Important Electric Grid Parameters
The electric grid is a continuous data mining infrastructure, to say the least. Day or night, rain or sunshine, grid parameters leave their footprint, which is captured and recorded via data loggers or a concentrator.
Since AI models generally thrive on the use of data, we can leverage the opportunity of the grid providing massive data to understand, learn, model, and train data for insightful benefits. Some of these benefits are predicting failures before they occur.
Machine learning models that identify patterns in data would alert control operators or engineers about infrastructures that demand attention based on severity.
AI Applications for Power Grid Modernization
The use of AI tools to help modernize our power grid will create opportunities that facilitate planning, speed up processes, and improve operational capabilities.
We talked about how AI will help power systems stakeholders in grid planning, siting & permitting, operation and maintenance optimization, and resilience.
(Watch the entire video of the webinar below.) Subscribe to stay ahead whenever we publish a new post for you.
Summary
In conclusion, there is more potential than we could ever imagine in the era of artificial intelligence and power systems modernization. We want to be more efficient, reliable, dependable, secure, and above all, resilient to disturbances.
In all our needs, AI tools will continue to help us, but let us not forget the key potential risks that this enormous technological revolution may pose.
What do you think about AI in power systems data privacy? Leave your feedback in the comment section.
4 Responses
Thanks for giving us insight on the impact of AI on the Grid system. I really I appreciate it.
Thank you, Akwasi. Appreciated 🍀
Thanks for giving us insight on the impact of AI on the Grid system. I really I appreciate it.
It’s a great pleasure. Thanks for your kind words. Best wishes, Akwasi.