Powerledger

We are launching Transactive Lite. A new product that lets utilities, energy communities, and project developers deploy P2P energy trading without the infrastructure overhead or complexity. P2P energy trading works. We've proven it across global deployments. But the standard deployment model has a fundamental problem: it requires heavy infrastructure before you've proven any value. Real-time smart meter feeds. Participant apps. Billing integrations. Dedicated ops teams and a lot more behind the scenes. Transactive Lite breaks that cycle. Same proven P2P trading logic that powers our platform. Batch-based. Works with your existing meter data. Deploys in days, not months. Built for speed, clarity, and practicality. Read the full announcement. powerledger.io/media/introduc…

Between 2005 and 2019, U.S. electricity demand grew at 0.1% per year. Utilities planned around it. Regulators priced it. The whole system optimised for predictability. That assumption is no longer valid. @ERCOT is now forecast to grow at 10% annually through 2027. Potentially 15% if data center demand runs hot. For context: Large load interconnection requests in Texas jumped 270% in 2025 alone. The @EIAgov's numbers show a 79% wholesale price spike at ERCOT if demand runs ahead of forecast by 2027. This what we get when the infrastructure layer doesn't keep pace with the demand layer. The answer lies in the flexibility stack. > Batteries > Peer-to-Peer trading > Demand response. Energy will be the most defining infrastructure opportunity of this decade.

@solana @imprfekt Watch the full episode of Unblock'd with @msjemmagreen ↓youtu.be/5vCzFg2fH9M?si…

The reason electricity bill keeps going up even as solar gets cheaper is ___________. Drop your takes👇

Cuba’s power grid has collapsed 3 times this month. What’s the real root cause?

@thenarrator energy is the physical limit of the digital economy.

the prediction market vertical nobody is talking about: ENERGY > WTI oil perps did $5B in 72 hours on hyperliquid during the iran strikes > EU gas storage at record lows > AI data centers consuming more power than some countries > shipping lanes rerouting around conflict zones > tariffs reshaping commodity flows overnight every one of these is a tradeable outcome that no prediction market is pricing yet energy is more volatile than btc, affects everyone on earth, has zero retail pm infrastructure and these markets move every single day energy is the vertical that takes it to $100B.

There's a pattern in what's moving right now. Crude oil up nearly 70% in days. Aluminium near record highs. The physical commodities that cannot be downloaded, replicated, or replaced by a language model are repricing sharply upward. Gold has been quiet. The assets that store perceived value are behaving differently to the assets that produce it. That distinction matters more than most people realise. Models can write, reason, analyse, and decide at scale, almost instantly, nearly for free. But that surfaces something that was always true and easy to ignore: the physical systems beneath the digital economy are irreplaceable. Energy is the clearest example. Big Tech committed $630 billion to AI infrastructure this year. Data centre projects are being cancelled, not for lack of capital, but for lack of power. The constraint is in the grid. Heavy assets with low obsolescence don't compress when intelligence becomes abundant. They become more valuable precisely because they cannot be abstracted away. @OpenAI's @sama recently said AI will eventually be sold like a utility, similar to electricity. When the leading AI lab is already thinking in energy terms, that tells you where the real value in this economy actually sits. Where do you think the AI economy hits its hardest physical limits first?

Spain built one of the cheapest solar markets in Europe. Then the grid said NO. 693 hours of negative prices in 2025. Curtailment tripled after the blackout. Gas paid to stabilise what solar broke. Grid services went from 14% to 57% of the household energy bill. The problem was never generation. Spain doubled solar and wind since 2019. But generation outran the three things that must come with it. - Storage - Grid infrastructure - Markets. Coordination is everything. Move it. Store it. Price it. Miss one → system breaks. Abundant clean power doesn’t matter if it shows up at the wrong time. Renewable without market design = Expensive gas with extra steps.

@HouseofChimera @combinderio @Chain4Energy @BloXmove @fuseenergy @starpowerworld @daylightenergy @arkreen_network @energywebx @Powerledger_io

Energy - @combinderio - @Chain4Energy - @BloXmove - @fuseenergy - @starpowerworld - @daylightenergy - @Powerledger_io - @arkreen_network - @energywebx

The DePIN category is hard to dismiss even in 2026, anon. 🔹 ~$9.3B category mcap today 🔸 ~$72M in FY25 onchain revenue 🔹 Leading networks traded around 10–25x revenue 🔸 DePIN startups raised ~$1B in 2025 Updated landscape below. Who did we miss?

Happy Birthday @solana 🎂☕️🍻

P2P energy trading has an infrastructure gap. Not a technology gap. An infrastructure gap. Let's unpack what that means and why it matters. 🧵

A useful reminder from this piece: The tech economy ultimately rests on energy.

Utilities know the future is distributed. Solar. Batteries. EVs. Prosumers. But building energy markets around them is complex. @Powerledger_io's Transactive Lite simplifies deployment of peer-to-peer energy trading so communities can start trading energy faster. The grid is changing. Markets need to change too. powerledger.io/media/introduc…

Most grids weren’t designed for this: > EV fleets charging at night. > AI data centers pulling megawatts and gigawatts. > Rooftop solar pushing power back into the grid. Energy is becoming bidirectional. You need infrastructure to prove new energy markets. Yet you need proven markets to justify building the infrastructure. That loop traps many projects before they start. We call it the infrastructure trap. And we’re about to change that. Stay tuned. 12 March 2026.

Energy demand is rising faster than the infrastructure designed to support it. AI datacenters, EV fleets and rising electrification mean the grid is absorbing demand patterns and generation profiles it simply wasn't designed for. How energy is produced, shared and consumed is changing. The systems managing it need to change too.

Two crypto use cases still cut through everything else: > Moving money globally, almost instantly > Opening financial markets to people who've always been locked out If we get those two things right, the rest follows. Every technological shift starts the same way. First it looks experimental. Then it looks inevitable. Crypto is still somewhere in between. But the direction is clear. Watch the full conversation with @imprfekt (Founder & CEO of @streamflow_fi) on Unblock'd. youtu.be/5vCzFg2fH9M?si…

Data centres now consume more energy than nations.

Deep down, everything is about energy. Economies. AI. Manufacturing. Data centers. Crypto. National security. Strip away the narratives and it’s simple: No energy → no growth. Expensive energy → fragile growth. Unreliable energy → political risk. We debate tech. We debate markets. We debate regulation. But the base layer is always the same. Energy is the constraint. And the leverage. If we want faster growth and resilient grids, we need smarter coordination across markets, assets, and capital. That’s exactly what we’re building at @Powerledger_io

@ErikVoorhees Fifty years ago, the binding constraint was different. Today, it’s capacity. Culture and regulation shape the market. But ultimately, physics sets the limits.

@elonmusk industrial revolutions are energy revolutions. always have been.

Electricity output is the single best proxy for industrial capacity