@stefanvanderlux@HarveyHut BESS can improve power quality and lower energy costs for AI token factories in search of maximizing stable, useful tokens per second at the minimum total lifecycle cost per token.
@Wizardofdigi19@Franchise9494@degentradingLSD@blakerking93 I won’t disagree that @blakerking93 is world class when it comes to power infrastructure and strategy.
We both played deeply technical roles in the software architecture and power strategy behind the early BTC mining operations.
Any technology that improves the ability to manufacture intelligence more cheaply, predictably, and at scale will likely find a place in the AI infrastructure stack.
@stefanvanderlux@HarveyHut BESS can improve power quality and lower energy costs for AI token factories in search of maximizing stable, useful tokens per second at the minimum total lifecycle cost per token.
@stefanvanderlux@HarveyHut BESS can improve power quality and lower energy costs for AI token factories in search of maximizing stable, useful tokens per second at the minimum total lifecycle cost per token.
Hats off to the $GLXY Data Centers team on delivering the first data hall to CoreWeave!
In a market where nearly half of U.S. data center projects slated for 2026 are reported to be delayed or canceled, execution is what separates the teams that actually deliver from the rest.
Yes, power is scarce, but power doesn’t build data centers. It takes deep in-house expertise across design, engineering, operations, power, procurement and capital markets. It takes strong partnerships with tier one contractors. It takes 1,000+ people, unrelenting coordination and countless hours working toward a single outcome.
No large-scale build goes perfectly to plan. Weather, supply chain disruptions, and infrastructure challenges are part of the process. That’s exactly what makes this milestone so meaningful.
Many more to come.
Not long ago, a bitcoin mine.
Today, Helios is an operational AI data center.
First data hall delivered to @CoreWeave at Helios — Galaxy's data center campus in West Texas, approved to support up to 1.6GW of capacity and one of the largest developments of its kind in North America.
We're just getting started.
Spent time in Afton, Texas this week with investors touring our Helios data center campus! The pace and scale of construction is incredible, with more than 1,000 workers bringing the build to life. This is what building one of the largest front-of-the-meter data center campuses in North America looks like. And this is just Phase I 👀 $GLXY
Power is becoming the defining constraint of the AI era.
As compute scales, energy is no longer a background input. It is core infrastructure. AI models run in data centers, and data centers run on electricity, not abstractions.
Galaxy Interactive’s latest research explains why. 🧵
Terawatt-scale solar and nuclear are the only scalable generation solutions and long-duration BESS is the key to unlocking both in creating the power systems of the future.
@austorms@benjaminswald Great article and the math doesn’t lie!
What is your take on large-scale solar deployments purpose built for AI datacenters to help meet some of the demand?
$GLXY just completed ERCOT interconnection studies and secured approval for an additional 830 MW of power at our Helios data center campus in West Texas! That brings us to 1.6+ GW of approved power capacity, with 800 MW already committed to CoreWeave.
This puts Helios among the largest and fastest-growing data center developers globally, and marks a huge step forward in our mission to build a multi-tenant, multi-gigawatt data center business.
Access to reliable power at scale is the scarcest and most valuable asset in the world - it’s the foundation of the AI revolution.
Next step: securing a world-class tenant to develop the next AI data center at Helios.
Game on!
https://t.co/BU4nmTvz4t