We Are the energy behind tomorrow’s intelligence
Connecting Clean Energy and AI for the Good of Humanity
Building the Power and Partnerships Behind Responsible AI.
GRAIN is an innovation-driven company dedicated to creating sustainable energy infrastructure for the ethical advancement of artificial intelligence. We develop green and blue energy generation technologies and long-duration energy storage systems to power AI data centers and the growing ecosystem of Artificial General Intelligence (AGI) and Artificial Super Intelligence (ASI).
Our mission is to ensure that the next generation of AI systems operates on energy that is clean, resilient, and aligned with the well-being of humanity and the planet.
Led by CEO Dr. Jacklyn Green, GRAIN brings together scientists, engineers, AI professionals, and sustainability leaders to build a purposeful network—one where human implementers and intelligent systems collaborate to address global challenges, from climate to equity to infrastructure resilience.
At GRAIN, we believe that true intelligence is responsible, and that the energy behind it must be just as visionary.
Long-term energy storage is the backbone of responsible AI.
As artificial intelligence systems grow in complexity and scale, so does the demand for uninterrupted, sustainable power. Long-duration battery storage ensures that clean energy—whether solar, wind, or tidal—can be reliably delivered to AI data centers day and night. Without this critical infrastructure, AI development risks being powered by unstable or carbon-heavy sources. At GRAIN, we focus on building storage technologies that don’t just keep the lights on—they uphold the ethics of the intelligence we’re creating.
LONG-TERM bATTERY STORAGE IS THE CRITICAL ENABLER OF NEXT-GENERATION CLEAN ENERGY SOLUTIONS TO POWER RESPONSIBLE AI
From a green and blue energy perspective, storage allows intermittent sources like solar, wind, and water to deliver continuous, dispatchable power—stabilizing the grid and unlocking true scalability. On the blue energy side, marine-based systems such as wave, tidal, and thermal gradients offer steady baseload potential that, when paired with advanced storage, can provide 24/7 renewable supply. Together, these technologies move us beyond fossil fuel dependency and toward energy security for data centers, industrial systems, and AI infrastructure. With rapid innovation in materials science, electrochemical systems, and flow battery design, long-duration storage is not just feasible—it’s inevitable. At GRAIN, we are helping drive this momentum with scalable solutions engineered to power a responsible, intelligent future