Posh

POSH develops distributed AI data centers by pairing existing electrical infrastructure with grid supply, on-site generation, solar, storage, and controls.

How POSH integrates Station battery storage with generation, grid supply, and controls as part of data-center project development.

Original research and data on AI data center energy demand, grid capacity, and the next decade of commercial & industrial power.

Meta operates one of the largest data center fleets on the planet — 27 US sites, 16.8 GW of tracked AI capacity, and a single 5 GW Louisiana megacampus. Here's what that footprint signals about the power infrastructure the AI era will demand.

Press, partnerships, deployments, and external coverage of Posh Energy — building rapidly deployable power for AI data centers and industrial customers.

Singapore's Energy Market Authority awarded Posh Electric a grant to deploy a 1MWh sodium-ion battery energy storage system — integrating 600 kW of rooftop solar with A*STAR's IMRE and Utraco — validating the chemistry-agnostic battery intelligence behind every Posh deployment.

The World Economic Forum spotlighted Posh among the battery technology innovators pioneering the next generation of energy storage — from data centers to road transport.

Posh and XCF Global (NASDAQ: SAFX) signed a letter of intent to deploy up to 10MW of flex-fuel gensets that transform renewable fuel into electricity to power data centers.

Based in Hayward, California, POSH combines data-center project development, energy infrastructure delivery, and distributed energy resources for AI load growth.

POSH develops data-center projects combining existing electrical infrastructure, on-site generation, storage, and intelligent energy control for AI load growth.