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WIRELESS POWER INFRASTRUCTUREPATENT PENDING

Power delivery, without the wire.

Metagrid is engineering a hierarchical, safety-first wireless power network using metamaterials and adaptive control — delivering utility-scale energy to remote AI data centers and critical infrastructure without traditional last-mile wiring.

FOCUS
Metamaterial WPT
APPLICATION
Remote AI Infrastructure
STAGE
Concept / Patent Pending
SEEKING
Pre-Seed Investment
Why Now

The grid wasn't built for this

AI is driving explosive demand for compute — and that compute needs power. Data centers are increasingly sited in remote locations to access cheap land and resources, but the grid can't follow fast enough.

35%
Annual growth in AI data center energy demand
IEA, 2025
4–7 yrs
Typical timeline to build new transmission infrastructure
DOE estimates
$B+
Capital stranded waiting for grid interconnection queues
LBNL, 2024
The opportunity: Remote AI facilities need power now, but traditional grid extension takes years and costs hundreds of millions per project. Wireless power transfer could bypass the last-mile bottleneck entirely — delivering energy where wires can't reach, on timelines the market demands.
60-Second Explainer

What is Metagrid?

Metagrid is a next-generation energy distribution concept: a hierarchical wireless power network that uses engineered metamaterials and adaptive beamforming to deliver electricity without physical conductors in the last-mile. The core technology is patent pending.

The primary application: powering remote AI data centers that are increasingly sited far from existing grid infrastructure. Think of it as a cellular network — but for energy, routing power through tiers of relay nodes with real-time safety management.

PROBLEMS SOLVED
Remote AI data centers stranded by grid interconnection delays
Explosive compute demand outpacing transmission buildout
Last-mile deployment friction in dense or remote terrain
Stranded renewable capacity with no viable transmission path