The recent announcement of Meta's long-term power purchase agreement with Constellation's Clinton Clean Energy Center in Illinois has sparked conversations about the role of nuclear energy in the era of artificial intelligence. While nuclear energy provides stable baseload power, the current energy landscape characterized by real-time demand fluctuations requires more than just energy generation; it necessitates efficient system management. This is where thermal energy storage, exemplified by Brenmiller Energy's bGen™ technology, comes into play. The article emphasizes that traditional nuclear reactors, optimized for continuous full-capacity operation, are not well-suited for the dynamic energy demands of today's world. The integration of thermal energy storage solutions can enhance nuclear power's dispatchability, enabling it to meet peak demands, address volatility gaps, and integrate seamlessly into modern grids. Major tech companies like Meta, Google, Amazon, and Microsoft are increasingly supporting the expansion of nuclear energy to meet the growing electricity needs driven by AI applications. The demand for clean, flexible, and managed power to support persistent AI workloads is propelling thermal energy storage into the spotlight. Brenmiller Energy's proven bGen™ systems, operational across Europe, Israel, and the United States, showcase the potential of thermal energy storage to support decarbonization efforts, balance renewable energy sources, and facilitate off-grid hydrogen production. By offering a scalable and adaptable storage solution, Brenmiller Energy aims to make nuclear energy more flexible and responsive to the requirements of the 21st century. Looking ahead, as the energy sector embraces small modular reactors (SMRs), the article underscores the need for supporting infrastructure to maximize SMR flexibility at the grid level. Brenmiller's bGen™ platform is positioned as a commercially viable solution capable of absorbing excess thermal energy and redistributing it as needed, thereby enhancing the efficacy of nuclear energy in the evolving energy landscape. In conclusion, the article advocates for the essential role of thermal energy storage infrastructure in empowering nuclear energy to meet the demands of the digital age. By pairing nuclear power with efficient storage solutions, such as those offered by Brenmiller Energy, the vision of a flexible, scalable, and AI-ready energy grid becomes attainable.