Approach

How we develop.

Our model is simple to state and demanding to execute: start where the grid is already strong, bring new generation with the load, and move forward one well-defined decision at a time.

Find sites with existing large grid connections

The fastest path to power is infrastructure that already exists. We look for sites where major transmission infrastructure is already in place.

Reusing a connection like this can shorten the path to energization by years. It also returns valuable infrastructure, much of it already paid for, to productive use.

Build new generation beside the load

We pair each data center with new generation on the same campus, sized to the facility's demand. The campus brings its own supply rather than drawing down capacity that homes and businesses in the region depend on.

Locating generation and load together keeps power close to where it is used and simplifies operations. The existing grid connection can then provide backup and balancing instead of serving as the only source of supply.

Develop in stages, with clear go/no-go decisions

Large infrastructure projects carry real uncertainty. We manage it by developing in defined stages. Each stage has a specific set of questions to answer and ends with a clear decision: proceed, revise or stop.

  1. Stage 1

    Screening and site control

    Technical, environmental and community screening. Securing the right to develop.

  2. Stage 2

    Studies and permitting

    Interconnection, engineering and environmental studies. Permits and local approvals.

  3. Stage 3

    Engineering and agreements

    Detailed design, equipment procurement, and agreements with customers and partners.

  4. Stage 4

    Construction and operation

    Building, commissioning and operating generation and computing facilities together.

Go/no-go decision before each new stage

Commitments grow only as risks are retired. This discipline protects everyone involved in a project, including the community that hosts it.

Permit responsibly and deliver real community benefit

A campus is a long-term neighbor. We intend to be a good one.

Permitting done properly

We engage regulators early, follow the full process and share information openly. We do not look for shortcuts.

Cleaner, quieter equipment

We favor modern, efficient generation with advanced emissions controls, and design for sound with enclosures, setbacks and landscaped buffers.

Local hiring

We prioritize local workers and contractors in construction and operations, and support training that helps residents qualify for those jobs.

Community benefit agreements

We put commitments in writing with community representatives: specific, measurable obligations rather than general promises.

Plan a long-term path to lower-carbon generation

The equipment that makes sense in a campus's first years will not be the last word. We lay out sites so the generation mix can change over time, with the space, electrical design and permitting groundwork to add storage, renewable supply, higher-efficiency equipment and lower-carbon fuels as those options mature and become practical at scale.

The aim is a campus that becomes cleaner over its life, not one locked into the technology of the year it was built.

Start a conversation.

We work with site owners, utilities, technology companies, engineering and construction firms, and the communities where projects take shape. If our approach is relevant to your work, we would be glad to hear from you.

Get in touch