The grid wasn’t built for this moment. Apex was.

Clean power at the scale the AI era demands—and the speed it can’t wait for.

 

The bottleneck on AI isn’t chips or capital.

It’s power.

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There’s no single answer. There’s the right one for each situation.

Meeting large-load demand isn’t a one-size-fits-all problem, so Apex doesn’t treat it as one. Depending on the customer, the market, and the timeline, the right solution takes different forms.

Apex is also flexible in how deals are structured—PPAs, full-requirements retail service, project sales, or development transfers—because every customer’s situation is different.

Here’s how a power solution comes together.

The fastest, cleanest path to 24/7 firm power.

The fastest, cleanest path to 24/7 firm power.

Data centers need to run continuously: reliable power, around the clock. Meeting that with newly built gas has become slower than it used to be: turbines are backlogged for years, with deliveries pushing beyond 2030.

A wind-anchored system is often both faster to build and cleaner to run. Wind and solar together can carry roughly 60–80% of a large load in many regions, and because Apex has gigawatts of it already developed and ready to build, power can arrive years sooner. With most of the load already carried by clean generation, the firming that fills the gap—storage and a limited amount of dispatchable generation—stays smaller, cheaper, and faster to procure.

The result is 24/7 firm power, delivered faster—and cleaner as a consequence, not a compromise. The choice isn’t between reliability and clean energy. It’s about designing the right system.

Flagship Project: Glass Mountain Energy

In West Texas, Glass Mountain shows the Apex approach in practice: one of the strongest combined wind and solar resources in the country, paired with a transmission-advantaged location where planned 765 kV upgrades run directly through the site. This combination makes a power solution deliverable rather than aspirational.

Glass Mountain, a 2.4 GW near-term opportunity, is the anchor of a broader Texas portfolio representing a 14 GW longer-term development opportunity—part of a national pipeline of large-load sites Apex is advancing across multiple markets. Apex has already proven elements of this model in ERCOT, including one of the largest planned private-use networks with renewable energy.

15 years of solving the hardest problems in power

Apex has spent more than a decade and a half building the platform this moment requires: secured land, transmission and interconnection expertise, the community support that increasingly makes or breaks a project, and a development team that has taken projects from origination through commercial operation, again and again. The result: more than 12 GW of clean energy commercialized across over 50 projects since 2012.

The same platform that has delivered gigawatts of wind, solar, and storage is what large-load customers need now: the land, the transmission, and the development depth to turn a site into reliable power.

15 years of solving the hardest problems in power.

25 GW

of diverse development pipeline

Including solar, wind, storage, and powered land

2.2 million

acres under lease

From coast to coast, Apex has more land under lease than the area of the state of Delaware.

7 ISOs/RTOs

represented

Apex’s portfolio of wind, solar, and storage stretches across the country.

The mission hasn’t changed. The moment has.

Meeting demand at this speed takes a foundation laid years in advance. Apex has been building since 2009—which is why the power is ready now, not someday.

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