Solutions

Site load where
the power will actually be.

For developers, hyperscaler infrastructure teams and site selectors.

Generation, transmission and competing load around each candidate site are tracked through construction, so a site is chosen on power that will exist when it energizes.

Illustrative map of three candidate data center sites, each surrounded by generation at different stages and competing large loads
Each candidate site, read against the generation being built around it and the load competing for it. Illustrative positions, not actual projects.

The Gap

A site is only as good as the power behind it.

The constraint on new data center capacity is increasingly power, not land. Picking a site on announced generation is picking it on someone else’s optimism.

Supply you can count on

Generation serving a region is tracked through construction, so a site’s power story can be verified.

Competing load, visible

Other large-load projects drawing on the same system are observed on the same basis.

Timing that holds

Energization estimates come from observed build stage, not developer schedules.

Site-level detail

Projects are tracked at coordinates, so the analysis is about your parcel, not a regional average.

Illustrative chart: queued and announced capacity grows far faster than capacity observed under construction, leaving a wide gap of capacity that exists only on paper
Most announced capacity is not being built. Illustrative, not actual data.

In Practice

Discount the announcements.

Announced generation and interconnection queues both overstate what will exist. Observing each project separates the plants being built from the ones that exist only on paper, so a site is scored on power that will be there.

Competing large-load projects are observed on the same basis, so you also see who else is drawing on the same system, and when.

Illustrative chart: a data center draws nothing through construction, energizes, then ramps toward full load
Build stage places each site on its ramp. Illustrative, not actual data.

Timing That Holds

Energize when the power does.

Energization estimates come from observed build stage at each site, not from developer schedules, for competing projects and for the plants that will serve you.

That turns a siting decision from a bet on someone else’s timeline into a comparison of evidence.

On Your Desk

What a siting team gets.

SUPPLY

Generation, verified

Plants serving a region tracked through construction.

COMPETING LOAD

Visible

Other large-load projects observed on the same basis.

TIMING

From the site

Energization estimates from observed build stage, not developer schedules.

LOCATION

Your parcel

Projects tracked at coordinates, not as a regional average.

REGION

Load absorbed

How much new load a region is taking on, and how fast.

DELIVERY

Where you work

Platform, agents, API, Snowflake or Excel.

In the Platform

The power picture around your sites.

Generation and large load by status around the regions you are weighing, with expected energization timing.

Illustrative dashboard: a regional map of power plants and data centers by construction status, expected energization over the next six quarters, and announced capacity against what has broken ground and energized
Illustrative dashboard with synthesized data.

Use Cases

The questions this desk asks.

Which data center projects in this region have broken ground?

What generation will serve this site, and is it being built?

When will competing large-load projects energize?

Which candidate sites have the most credible power supply?

How much new load is this region absorbing, and how fast?

Which announced projects should we discount?

Capabilities

What answers them.

Thermal imagery of a power facility

Vulcan

Power & Datacenter Buildout

Power plants and data centers tracked through construction, so capacity models rest on what is built rather than what was announced.

Energy project under construction

Vulcan

Construction & Project Completion

Which announced projects have broken ground, which have stalled, and when each is likely to come online.

Pipeline network feeding an LNG terminal

Hyperion

LNG Flows & Cargo Tracking

Daily feedgas demand and cargo movement, followed from the pipeline through to the tanker.

FAQ

Questions buyers ask.

How do you judge whether a site has credible power?

By the generation actually being built to serve it. Each plant is tracked through construction, so the power story behind a site can be verified rather than assumed.

Can I see competing data center projects?

Yes. Other large-load projects are observed on the same basis, including when they are likely to energize.

Where do the energization dates come from?

From observed build stage at each site, not from developer schedules.

Is the analysis site-specific?

Yes. Projects are tracked at coordinates, so the answer is about your parcel, not a regional average.

Which announced projects should we discount?

Those with no observed activity on site. Observation separates queued and announced capacity from capacity that is being built.

How do I get the data?

In the platform, through agents, by API, in Snowflake or in Excel, so the answer arrives in the system your team already uses.

Get Started

Bring the sites on your shortlist.

Share the regions or parcels you are weighing and we will show you the observed power and load picture around each.