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Looking forward to participating in Peak Nano’s upcoming WattsNext webcast, “The Electricity Economy: 2026–2036 Preparing the Grid for AI’s Load Growth” on December 16th. ⚡ We’ll take a practical look at: • The widening gap between electricity supply and AI-driven demand • What infrastructure is required to keep pace, including new plants and transmission lines • How LNG, nuclear, and solar are expected to expand over the next decade • Key predictions for how U.S. and global markets can close the emerging power shortfall Save your spot today: https://lnkd.in/gwGtaTjP #EnergyInfrastructure #GridModernization #AIPower

AI is scaling faster than the grid can expand, leaving the gap for power supply larger than ever. In the next decade, the U.S will need hundreds of new power plants, thousands of miles of transmission lines, and massive expansion of transformers and capacitors just to meet the projected AI-driven demand. In our December webinar, we will break down the Electricity Economy of 2026-2036 and what leaders must prepare for now. If electricity becomes the defining competitive advantage in AI, how do we close the gap? Register Now.

The growing power demands of the AI economy are pushing the grid to its limits. Peak Nano's upcoming WattsNext webcast, “The Electricity Economy: 2026–2036 — Preparing the Grid for AI’s Load Growth,” will explore what it will take to close the widening gap between electricity supply and rapidly rising demand. The session will cover: - How fast AI-driven power needs are accelerating and how far the grid is falling behind - What infrastructure is required to keep pace, from new plants to expanded transmission - The roles LNG, nuclear, and solar will play over the next decade - Key predictions on how the U.S. and global markets can address the coming electricity shortfall A timely conversation for anyone watching how energy and AI will shape the next ten years. Register here. #EnergyInfrastructure #AIPower #ElectricityEconomy

Join our webinar to see how Peak Nano’s HDC film improves motor-start capacitor performance under heat and surge stress.

Starter capacitors live in the harshest conditions, and traditional BOPP films are reaching their limits. Join our live session to learn how Peak NanoPlex™ HDC film technology gives engineers stronger, more compact, longer-lasting capacitor designs that keep systems running. Don’t let your system fail you. Register today!

Starter capacitors live in the harshest conditions, and traditional BOPP films are reaching their limits. Join our live session to learn how Peak NanoPlex™ HDC film technology gives engineers stronger, more compact, longer-lasting capacitor designs that keep systems running. Don’t let your system fail you. Register today!