ENERGY / STORAGE / ELECTRICITY
The Energy System Reinvents Itself
Cheaper solar power, batteries, intelligent grids and new research are changing the relationship between energy and time. The next question is whether physical infrastructure can keep pace.
19 CONNECTED STORIES
Extraordinary ideas.
Real implications.
What if AI could invent the batteries that power its own future?
Battery costs are falling, electricity demand is growing, and artificial intelligence could help discover better materials. The surprising story is how these revolutions could begin reinforcing one another.
READ THE COMPLETE STORY ↗What happens when sunlight becomes one of our most economical power sources?
A technology once dismissed as too expensive has experienced a dramatic cost transformation—and is changing the questions utilities and businesses ask.
READ THE COMPLETE STORY ↗What if the future of AI is decided by the electricity grid?
The next major limit on digital progress might be a power connection, a transformer or a substation—not the cleverness of a computer model.
READ THE COMPLETE STORY ↗What if your town could keep the lights on when the grid goes down?
A small community can sometimes become its own temporary power system—and that could change what resilience means during an emergency.
READ THE COMPLETE STORY ↗What if millions of small energy devices became one giant power plant?
Your home battery, an electric car and a smart thermostat might one day contribute to the electricity system as a coordinated team—even though they sit in different places.
READ THE COMPLETE STORY ↗What if parked electric cars could help keep a neighborhood powered?
An electric car is already a large rechargeable battery on wheels. With the right equipment, rules and incentives, some of that stored electricity could become useful beyond the vehicle itself.
READ THE COMPLETE STORY ↗What if we could store electricity not just for an evening—but for days?
The next storage challenge is not merely a cheaper battery. It is keeping power available through long stretches when wind, sunlight or the grid cannot meet demand.
READ THE COMPLETE STORY ↗What if the next great computer breakthrough came from keeping chips cool?
AI demands enormous computing power, but every calculation creates heat. New cooling materials and designs may decide how much useful intelligence our infrastructure can deliver.
READ THE COMPLETE STORY ↗What if your building knew when electricity was worth using—and when it was worth waiting?
Buildings could increasingly adjust heating, cooling, charging and storage to the changing conditions of the electricity system, without forcing occupants to manage every decision.
READ THE COMPLETE STORY ↗What if a wind turbine could call a robot for help?
Crawling inspection robots and intelligent monitoring could eventually spot small problems high above the ground before they turn into costly failures.
READ THE COMPLETE STORY ↗What if AI could help scientists control the energy of the stars?
Artificial intelligence has controlled intricate patterns of superheated plasma inside experimental fusion machines, offering scientists new ways to test what a future energy source might require.
READ THE COMPLETE STORY ↗What if the electricity grid became intelligent enough to use more of what it already has?
A power line doesn’t always have the same safe carrying capacity. Better sensors, smarter controls and carefully tested AI can help operators see the difference.
READ THE COMPLETE STORY ↗What if the electric-car revolution changed factories, jobs and electricity at once?
The electric vehicle is more than a car with a different motor. It is changing how products are built, where value is created and how transportation meets the power grid.
READ THE COMPLETE STORY ↗What If the Skills That Found Oil Helped Build Power Plants That Do Not Burn It?
The surprising industrial consequence is that some expertise from the fossil-fuel economy could help build another kind of energy infrastructure.
READ THE COMPLETE STORY ↗What If a Factory Stored Cheap Electricity in a Room Full of Hot Bricks?
The extraordinary possibility is to separate the time a factory buys electricity from the time it needs useful heat.
READ THE COMPLETE STORY ↗What If Making New Steel Released Oxygen Instead of Carbon Dioxide?
The extraordinary possibility is to change a foundational manufacturing reaction, while recognizing that electricity and the rest of the supply chain still have environmental impacts.
READ THE COMPLETE STORY ↗What If We Could Make Cement Without Cooking Rock in a Giant Furnace?
The extraordinary possibility is to change how the material is made while letting builders keep working with familiar construction methods.
READ THE COMPLETE STORY ↗What If a Protein Factory Needed Electricity and Gases Instead of a Field?
The bigger possibility is a new connection between food security and clean electricity—if production becomes affordable and dependable.
READ THE COMPLETE STORY ↗What If a Computing Job Could Choose Its Time and Place to Use Cleaner Electricity?
The opportunity is to make useful flexibility part of computing design, while measuring the actual effect on energy and emissions.
READ THE COMPLETE STORY ↗THE NEXT DECADE / LOOKING TO 2036
Where could these
breakthroughs lead?
Ambient Intelligence + Connected Environments
What if the most powerful computer in your life was the world around you?
Instead of constantly reaching for a computer to tell it what we need, our surroundings could increasingly understand situations and help us—provided we remain in control of what they know and do.
Circular Materials + Robotics + Supply Chains
What if the raw materials in a product became more valuable than the product itself?
Tomorrow's most valuable mine may be the mountain of electronics, batteries and industrial equipment we've already manufactured.
Carbon Mineralization + Construction + Climate
What if the next generation of buildings stored carbon instead of only emitting it?
The walls, blocks and foundations we build could sometimes become places where captured carbon dioxide is locked into stable minerals for decades or longer.