10–50 MW distributed power, built for the inference wave
Electricity should
come with a choice.
From AI training to inference at scale. As AI shifts from training to inference and data-center and industrial demand grow, energy choices deserve the same clarity customers expect elsewhere: what is being supplied, how it is delivered and what attributes can be supported with evidence. SAS brings dependable, dispatchable power and clear carbon attributes to near-load demand.
At minimum, SAS is a carbon-negative power provider developing 10–50 MW dispatchable distributed power for AI inference and other near-load demand. Depending on feedstock, some projects are carbon-neutral.
Thesis
Thesis
Give power users a real choice.
When we choose a vehicle, we can compare electric, hybrid and conventional options. Power should offer the same clarity. An AI workload, factory or community should be able to understand where its electricity comes from, how it is delivered and what role it plays in the larger system.
SAS is building an energy infrastructure platform to make that choice practical: local, dispatchable generation designed alongside storage, grid connections and the customer's load.
Why now
10–50 MW
Power for the inference wave.
Inference runs trained models in response to real user and business demand. SAS's management thesis is that right-sized, dispatchable distributed projects can serve a useful part of that market when local capacity, customer load, siting and interconnection align.
- Resource-ledStarts with what is local
- Technology-agnosticAt the platform level
- DispatchableBy design
Platform
One platform. Multiple pathways.
SAS starts with the site and its needs, then assembles the generation, storage and end-use systems that work together there, for data centers, industrial users, utilities and host communities.
Explore the platformCarbon
Clear carbon attributes, project by project.
Feedstock, conversion and biochar pathways shape each project's carbon profile. SAS characterizes it with lifecycle accounting and independent verification.
How carbon is measuredApproach
Execution is the product.
Each project advances through defined evidence, counterparties and decision gates, from site control and feedstock to offtake, construction and capital.
See the development sequenceAbout
A precedent-setting fleet of baseload power.
Our mission is to develop, build, and operate a precedent-setting, globally competitive fleet of advanced power generation facilities that deliver baseload power. We also reduce forest fire risk by turning high-hazard forest material into energy, and divert green waste from landfills.
- Reduce forest fire risk
- Strengthen energy security
- Live aligned with the earth
- Create long-term local jobs
- Give back to the community
- Protect worker and community safety
Team
Leadership spanning impact investing, infrastructure finance, power operations, biomass engineering and project execution.
Investor access
See the platform through a diligence lens.
Materials for investors and strategic partners are shared through a reviewed access process and appropriate confidentiality terms. The request is an inquiry, not a data-room login.