Sesame Solar’s Renewable Mobile Nanogrids are uniquely positioned to address some of the most pressing global issues in 2025, including disaster response, energy equity, and even border security. Let’s explore five key ways Sesame Solar’s Mobile Nanogrids can make a significant impact in the coming year.

Effective border security is a cornerstone of national safety and economic stability. Learn how Sesame Solar's Renewable Mobile Nanogrids can transform border security, including their potential use as unmanned security stations, mobile command centers and surveillance hubs.

Hurricane Helene's historic destruction across the Southeast U.S. highlights the growing need for renewable mobile power solutions. It's time to break the dirty diesel cycle and invest in renewable solutions for disaster recovery.

Lauren Flanagan has been named to the Grist 50 Award as a result of the innovative company she created, Sesame Solar, whose nanogrids supply clean energy after disaster

The United States has seen an uptick in both the frequency and severity of disasters, affecting rural, suburban, and urban areas alike. Data reveal that these catastrophic events are occurring with increasing regularity and intensity.

Lauren Flanagan, the innovative founder of Sesame Solar, recently appeared on the Midwest Moxie podcast to share her entrepreneurial journey and insights into the renewable energy industry.

In times of disaster, the needs of individuals with disabilities are frequently overlooked. As climate change intensifies the frequency and severity of disasters, it becomes increasingly imperative to address these gaps.

As the United States grapples with unprecedented extreme heat, the impacts on public health, infrastructure, and daily life are becoming increasingly severe. Learn how Sesame Solar offers a sustainable and innovative solution to mitigate these effects and support communities.

As the Atlantic hurricane season approaches, it's crucial for both governments and individuals to take proactive measures to ensure safety and minimize damage.