Batteries are hitting a ceiling, entering an era of incremental innovation. Mass adoption demands leaps in costs, performance, and connectivity. The next breakthrough will be not through chemistry, but through intelligence. Enter Entheos (🔋, ☁️) and “The Battery OS” 🔋

Combustion engine is 20-30% efficient in conversion of energy in gasoline to power. Batteries are 90-95% efficient, but li-on is 100x less energy dense than gasoline. Break-even economics are in A) fuel cost and B) maintenance, summing to lifetime cost of ownership.

Vehicle-to-Everything (x) is a sort of hybrid of the grid and energy storage, borrowing from and potentially improving on both. Vehicles can move electrons around like the grid and can store energy like fixed batteries.

🔋🧠 🤝 ⚡️🛜

Thrilled to see more rigor coming to the DePIN taxonomy and Entheos (🔋, ☁️) being featured prominently in the energy landscape. The fourth industrial revolution will be decentralized.

Decentralized finance to power a decentralized grid and constructing a novel asset class in the process: distributed smart batteries.

We’ve gotten RWAs all wrong. The future of RWAs aren’t copy-paste of tradfi assets, inheriting the inefficiencies of the old system. The RWA mega-protocols of 2030 will leapfrog tired off-chain infrastructure and: A) Solve an actual, non-fugazi non-legerdemain problem for

In FEMA’s absence, Entheos will be shipping electric jetskis to trapped NYC residents.