The fastest path to power is a flexible grid connection.

With Camus' software, utilities interconnect data centers and local generation 3–5 years sooner, using flexible operating limits to protect grid reliability while utility upgrades are completed.

Trusted by leading utilities and developers

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The interconnection problem

No more all-or-nothing grid access

Today, utilities only approve interconnections if the grid can serve a site's maximum power demand or supply for 100% of the year. A few constrained hours can drive years-long delays.

If every hour has capacity

100% = Approved

Developers are searching for land where grid availability is unconstrained. Utilities increasingly have few (or no) sites available that can connect without the need for multi-year grid upgrades.

WHen a few hours face constraints

99.9% = Delayed

Even a few constrained hours can trigger transmission network upgrades. Utilities then spend years constructing new infrastructure, while developers wait or move on to other sites.

A faster way to connect large loads

Flexible grid connections combine firm and conditional capacity

With a flexible grid connection, the utility guarantees firm capacity for most of the site’s demand and applies conditional limits to the rest. The site remains fully grid-powered more than 99% of the year, using local resources only during brief constraint periods.

FASTER APPROVALS

Unlock 3-5 year faster paths to grid power

Flexible grid connections let utilities move projects forward without waiting for major upgrades. By applying safe operating limits to the conditional portion of load, sites can be approved to interconnect 3–5 years sooner.

dependable power

Always-on operations, even during grid constraints

Flexible grid connections keep the data center fully powered. The firm portion is served by the grid 24/7, while the conditional portion uses on-site or local resources when the grid is constrained. The result: seamless operations and >99% grid availability.

Data center server rack.
RELIABLE GRID OPERATIONS

Protect grid reliability as new large loads connect

Flexible grid connections protect local utility equipment when demand or generation peaks. Utilities set limits for the flexibly-connected site so that conductors and substations stay within safe operating ranges, while the large load stays fully powered.

HOW IT WORKS

Three steps to a flexible grid connection

Camus analyzes grid capacity hour by hour, utilities and data centers decide how much of the site’s load is firm versus conditional, and day-ahead operating limits keep everyone aligned.

Step 1

Assess hourly grid capacity

Camus uses real utility data to map how much additional load each conductor and substation can safely serve in every hour of the year.

step 2

Set firm & conditional service levels

Utilities decide what portion of the load can be served firmly and set operating limits for the conditional portion during the few constrained hours each year.

step 3

Coordinate day-ahead operations

Camus provides day-ahead operating forecasts that show when conditional limits will apply and closed loop controls, keeping both the grid and the data center running smoothly.

For Utilities and Data Centers

Choose your path forward

See how a flexible grid connection can help your team move faster with confidence.

Protect reliability while connecting large loads

Connect large loads 3–5 years sooner while protecting reliability.

Accelerate your data center's path to grid power

Secure grid power 3–5 years sooner by using flexible grid capacity.