My life & career
Storage can change the value of energy at different times, with resilience opportunities depending on local economics.
YOTTABIT / THE BIG STORIES / Energy
What if batteries changed the meaning of time in the electricity business?
Storage isn't simply a box that holds electricity. It changes when that electricity can be useful and valuable. That's a powerful economic shift for grids, factories, buildings and vehicles.
THE BIG PICTURE
Energy produced during abundant supply can be saved for a moment when it's needed more. Batteries could make entirely new operating strategies practical, especially when connected through intelligent software.
Costs, lifetime, location, market rules and reliability all affect the actual benefit.
THE YOTTABIT PERSPECTIVE
What does it mean to me?
Big change is fascinating. Its implications are what matter.
My business
Recalculate projects whose economics were judged when storage cost far more.
My industry
Utilities and industrial consumers may need to rethink capacity, flexibility, peak demand and market participation.
FROM JIM CARROLL’S WORK
Jim’s energy work frames batteries as market participants rather than mere containers for electricity.
Meet the futurist behind YottaBit ↗WHAT COULD I DO MONDAY MORNING?
Review one old energy model and update the storage cost assumptions.
CURIOUS FOR MORE?
Explore the story behind the story.
For those who want the deeper explanation, the research is always available. The fascinating possibilities are only the beginning.
Research, explanations and sources EXPLORE THE DETAILS +
What the cost curve says
IRENA reports a 93% fall in the fully installed cost of utility-scale battery storage projects between 2010 and 2024. This refers to a system-level cost definition, not simply the cell price. It illustrates how cumulative deployment, technical learning and supply chains can change investment economics.
Why system design still matters
Electricity supply must be evaluated in context: connection delays, dispatch duration, resource availability, network constraints and whole-system economics. Cheap batteries do not automatically make every renewable-generation configuration dispatchable at every hour of the year.
A reinforcing possibility
AI-driven scientific research may help improve storage chemistry, operations and electricity forecasting, and cheaper storage might support more compute. But candidate materials must survive verification, scale-up, integration and long-term performance. That is a research opportunity, not a guaranteed feedback loop.