What is an infrastructure-grade power purchase agreement?

An infrastructure-grade PPA is structured for long-term cost certainty, bankability, and operational alignment — not a short-term commodity energy contract. CSA's PPAs are designed to support capital planning, provide pricing predictability across the full contract term, and meet institutional underwriting standards required by data center developers and their capital stacks.

Does a data center operator need to own the power generation assets?

No. Under CSA's PPA model, the energy infrastructure does not appear as a capital asset on the off-taker's balance sheet. CSA builds, owns, and operates the generation assets. The off-taker pays only for the power consumed under the PPA, with no ownership stake, construction risk, or operational burden for generation infrastructure.

How does CSA optimize project economics compared to commodity power?

CSA captures value across multiple revenue streams — including behind-the-meter load service and grid-connected export of excess solar generation where applicable — to support more competitive effective delivered cost structures than single-revenue models. This integrated asset monetization approach improves economics for both the off-taker and the long-term investment.

What long-term pricing commitment does CSA's PPA provide?

CSA's infrastructure-grade contract structures deliver pricing certainty and predictability across the full contract term. This supports capital planning, operational budgeting, and facility underwriting assumptions for data centers and industrial operators. Specific pricing reflects integrated project economics and is not a commodity grid-rate arrangement.

Project Economics & PPA Structure

The commercial model is designed to optimize total project outcomes — not just deliver commodity power.

Multi-Revenue Asset Strategy

Integrated asset monetization across stacked revenue streams enhances project-level economics and supports more competitive long-term pricing for off-takers.

Enhanced Project Monetization

The platform is structured to capture value across multiple dimensions of the energy asset — improving effective economics beyond what single-revenue models can deliver.

Long-Term Cost Certainty

Infrastructure-grade contract structures provide pricing certainty and predictability across the contract term — supporting capital planning and operational budgeting.

Ownership Alignment

As owner-operators, our economic interests are directly tied to project performance and off-taker satisfaction. This structural alignment drives better outcomes across the full contract lifecycle.

Battery energy storage system — large-scale BESS cabinet rows at an industrial facility, integrated multi-revenue asset infrastructure supporting BTM power delivery for data centers and industrial loads

Battery Energy Storage — Integrated Asset Infrastructure

For Energy Buyers

Power Without the Capital Commitment

Data centers and industrial facilities that need infrastructure-grade power at scale — without the capital expenditure, construction risk, or operational burden of owning generation assets.

No Capital Expenditure

Under a long-term PPA, you pay only for the power you consume. There is no ownership stake, no construction risk, and no ongoing capital commitment for generation infrastructure. We build, own, and operate — you receive power.

Long-Term Price Certainty

Infrastructure-grade contract structures deliver pricing predictability across the full contract term — supporting capital planning, operational budgeting, and underwriting assumptions for your facility.

Load-Matched Generation

Generation systems are designed around your specific load profile and reliability requirements. Hybrid architecture integrates firm and dispatchable resources to support continuous, high-availability power delivery.

Faster Path to Power

Behind-the-meter configurations may reduce dependence on certain traditional utility interconnection timelines, depending on site conditions, load configuration, utility requirements, and system design. On qualified sites where solar entitlement is confirmed and development conditions are aligned, realistic energization timelines are typically 24 to 30 months or more, subject to permitting, utility coordination, and partner alignment.

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