AI-Powered Modular Microgrids Reduce Energy Chaos and Boost Local Talent
As climate instability worsens and aging U.S. infrastructure faces growing strain, energy resilience is no longer a future-facing issue, it’s a present-day necessity. A 2024 analysis found that U.S. counties experienced an average of 999.4 power outages over the past decade, affecting more than 540,000 customers per county, with disruptions occurring nearly every week. This underscores a steady rise in the power grid’s vulnerability. As cities like Detroit pursue sustainability, modular microgrids are emerging as a way to leapfrog outdated systems while also creating opportunity for local communities.
Can modular microgrids bring renewable power and career pathways to underserved cities?
DisruptED dives into this question with host Ron Stefanski and guest Ademola Fagade, founder and CEO of Geo Prime Energy. In this episode, they explore how Fagade is using Detroit as a launchpad for modular energy systems, innovative workforce training, and AI-driven energy planning. The conversation highlights a new era of energy and economic development from rethinking grid infrastructure to reimagining talent pipelines.
Highlights from the Episode:
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Workforce First, Grid Second: Geo Prime’s approach starts by sourcing, training, and empowering local talent, often from underserved communities, to manage and maintain advanced microgrid systems.
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AI-Powered Project Planning: CineFox, the company’s proprietary software, uses digital twins and AI simulations to reduce energy project costs, streamline compliance, and repurpose decommissioned power plants.
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Detroit as a Renewable Leader: While Fagade has global leads in Nigeria and South America, he’s determined to pilot the first hydrogen-based modular grid in Detroit to spark local impact and innovation.
Ademola Fagade is an industrial and systems engineer with deep expertise in energy infrastructure, process optimization, and agile project management. As CEO and co-founder of Geo Prime Energy, he leads the development of software-driven solutions for clean energy transformation, including AI tools that streamline power plant decommissioning. A career highlight includes directing the decommissioning of DTE Energy’s St. Clair Power Plant—a benchmark project in safety and efficiency for renewable conversion.
