Power AI

Something big is powering up... 🔋

Energy is becoming a programmable asset. When electricity is cheap: run compute. When electricity is expensive: pause workloads. AI infrastructure will become energy-aware.

Energy traders have known this for years: power markets are among the most volatile markets in the world. Now AI is entering the equation.

Energy is geopolitical. The U.S. is doubling down on oil and gas. China is building the world’s clean energy system. Two strategies. One global power shift. thetechedvocate.org/energy-showdow… via @lynch39083

The future of energy security isn’t just supply. It’s system intelligence. The ability to see, manage, and optimize energy in real time is becoming the real advantage. mybs.in/2g5Tc3I

AI compute clusters require gigawatts of power. But power availability changes hourly. Energy forecasting is becoming mission-critical for AI infrastructure.

We’re entering a new era of infrastructure where energy intelligence is just as important as compute.

PREDICTION: Within five years every major AI company will have an internal energy team. What do you think?

@Miltonsammy_ It starts as scheduling. It turns into infrastructure. When workloads go continuous, small mismatches between compute and power get amplified. What looks like a scheduling issue is often underlying grid constraints, price volatility, or local capacity limits.

@GetPowerAI Makes sense, especially on the energy and grid side. We’ve seen similar where things look fine until workloads become continuous, then small inefficiencies start compounding. Curious, are you seeing more instability from infra constraints or scheduling once things are running?

AI demand is rapidly outpacing available computing infrastructure, with companies facing shortages of GPUs, rising costs, and capacity constraints as usage shifts toward continuous, agent-driven workloads. The deeper issue is that scaling AI is no longer just a software challenge, but a physical one, where compute, data centers, and energy infrastructure are becoming tightly coupled and increasingly limited. x.com/GetPowerAI/sta…

The next generation of AI companies won’t just compete on models. They’ll compete on access to electricity.

The AI boom is quietly creating the biggest electricity demand surge in history. But the grid is slow to adapt. PowerAI turns energy intelligence into a global marketplace. #comingsoon #AIinfra #aipower

Energy experts already understand the grid. PowerAI is going to give them tools to scale that knowledge globally. #AI #powergrid #energycrisis

@JacobCounsell Hi! most people are building models we’re focused on what powers them, look forward to sharing more soon

This platform is infinitely better when I’m connecting with builders with under 200 followers for some reason… 🤣 If you’re building something cool with no followers let’s connect! 🤝

@heyblake making energy programmable markets haven’t caught up yet

Describe your startup in 6 words or less

@BuffetDesigns Website almost ready, we're building at the intersection of energy + AI, the bottleneck no one’s priced in yet

Show me your design, website, or project that you’re working on👇

@remussatala @VraserX 👏

@VraserX The AI ​​robot revolution also requires an energy revolution.

Sam is right. The real AI race is no longer just about chatbots and image models. It’s about robotics. Whoever wins AI in the physical world wins manufacturing, logistics, defense, and eventually a huge chunk of the real economy. This is where things get very serious.

‘We are not going back’: Iran war forces global energy shift politi.co/48DfByA via @politico

The AI trade is strong enough to push markets higher despite geopolitical shocks. But AI doesn’t operate in isolation, it runs on systems that are becoming increasingly unstable. finance.yahoo.com/news/the-ai-tr…

Energy is a coordination problem, and it's a problem that we're working to solve....more soon ⚡️

These layers don’t move in sync and that creates inefficiency, volatility, and bottlenecks.

Most people think energy is about supply, but in reality, it’s a system: generation, transmission, storage and demand.