01 / 4 MW
AI Compute Node
Your first node: one powered, cooled, operated facility, up in months, not years.*
*Subject to fuel supply, permits, equipment availability and final engineering.
AI Infrastructure. Power. Compute. Community.
We turn land and power into deployment-ready AI infrastructure.
- Solar· primary
- Battery storage· primary
- Optional generation· gas, wind, biogas, geothermal
- Grid· backup
- OP MACH4
OP MACH4. A powered land strategy that can scale.
0612182430
Grid interconnection queue
Two years or more
OP MACH4 on a qualified site
6 to 12 months*
*Subject to fuel supply, permits, equipment availability and final engineering.
Power first. Then compute.
Your AI deployment date should drive your infrastructure plan, not the utility queue.
Olive Power Microgrid AI Compute Hub (OP MACH4) deployments plan site development, power, cooling and compute hardware deployment as one system, with an onsite microgrid designed in from the beginning and sized to each site: solar and battery storage behind the meter as primary power, with optional generation where the site supports it. Capacity starts with one node and grows with demand, and the community is involved from the start.
- OP MACH4 node sizes, facility load
- 4 · 8+ · 20+MW
- Closed-loop, zero-water hybrid cooling architecture: immersion, DLC, air, multiphase
- 0.00WUE
- Target to operating compute on qualified sites
- 6 to 12months*
- Of new data center capacity now going behind the meter
- ~30%
*Subject to fuel supply, permits, equipment availability and final engineering.
Development process
AI infrastructure requires more than equipment. Power availability, cooling, connectivity, permitting and community acceptance determine whether capacity can actually get built.
Olive Power integrates these requirements into one development process: identifying viable opportunities, retiring development risk and delivering infrastructure ready for AI compute.
- 01Source
- 02De-risk
- 03Develop
- 04Deploy
- 05Repeat
Infrastructure designed as one system
- 01
Power-first.
Start with deliverable power and a viable path to deployment.
- 02
Designed for speed to market.
Factory-integrated, containerized nodes deployed incrementally as demand grows.
- 03
Energy-integrated.
An onsite microgrid with solar and battery storage behind the meter as primary power, optional generation such as natural gas, wind, biogas or geothermal, and the grid as backup.
- 04
Zero-water cooling.
Closed-loop air and liquid cooling matched to your hardware. Hybrid architectures, GPU immersion and other advanced cooling solutions available.
- 05
Community-integrated.
Plan infrastructure around local resources, operating impacts and economic opportunity.
Introducing OP MACH4: Olive Power's containerized, microgrid-powered AI compute, in three sizes.
Facility load
4 MW
AI Compute Node
- Solar· primary
- Battery storage· primary
- Optional generation· gas, wind, biogas, geothermal
- Grid· backup
- toward 200 MW+
02 / 8 MW+
AI Compute Hub
Two or more nodes on one microgrid, for production inference and training clusters.
03 / 20 MW+
AI Compute Campus
The same architecture, colocated to scale toward 200+ MW behind the meter.
Sizes are facility load.
Every MACH4 runs on its own onsite microgrid: solar and battery storage behind the meter as primary power, optional generation where the site supports it, and the grid as backup.
- Delivery
- Factory-integrated, containerized units are craned into place.
- Cooling
- Air and liquid cooling are matched to your hardware.
- Water
- Cooling is closed-loop and zero-water (WUE 0.00).
- Schedule
- We target 6 to 12 months on qualified sites.*
*Subject to fuel supply, permits, equipment availability and final engineering.
Why behind the meter?
~30%
Request an initial MACH4 review
Bring us your workload, target launch date and site or location requirements. Your initial MACH4 review covers:
- 01Which size fits (Node, Hub or Campus) and the first-phase plan
- 02The plausible power route, and what remains to be approved
- 03Cooling configuration for your hardware
- 04An indicative schedule and the expansion path
- 05An initial commercial structure
Solutions
From site readiness to operating compute
We look at land, power, fiber, water, zoning and community fit together. A site is viable when all six line up.
- Land
- size, topography, buildability, environmental considerations, expansion potential
- Power
- utility supply and capacity, interconnection path, on-site generation, solar and battery storage, bridge power options
- Fiber
- available capacity, network providers, route diversity, redundancy options
- Water
- availability and source, system capacity, cooling strategy fit, permitting requirements
- Zoning
- permitted use, entitlement path, local requirements, timeline and approvals
- Community fit
- local support and priorities, economic opportunity, workforce development, operating impacts, long-term alignment
Viable site: Powered · Connected · Permitted · Buildable · Aligned with the community
Every Olive Power development begins with the power strategy. Every MACH4 runs on its own onsite microgrid:
- Solar
- primary, behind the meter
- Battery storage
- primary, behind the meter
- Optional generation
- natural gas, wind, biogas, geothermal and others, where the site supports it
- Grid supply
- backup
The objective is a resilient, site-specific power architecture capable of supporting deployment today while preserving a path for expansion.
OP MACH4 delivers AI capacity in factory-integrated, containerized nodes that are craned into place. Start with an initial deployment. Add nodes as compute demand grows.
- AI Compute Node
- 4 MW
- AI Compute Hub
- 8 MW+
- AI Compute Campus
- 20 MW+
Sizes are facility load. This approach can reduce the need to commit to an entire hyperscale campus before the first workloads come online.
Training, inference, enterprise AI and high-performance computing impose different requirements on power density, cooling, networking and operations. We start with the intended workload and hardware architecture, then develop the infrastructure around it.
- Advanced air and liquid hybrid cooling matched to your hardware, with immersion and DLC options available for the best PUE
- Closed-loop, zero-water cooling (WUE 0.00)
- Rack density and operating environment considered together
- Commissioning, maintenance and performance requirements built into the development plan
Not every AI workload belongs in a massive centralized campus. Distributed infrastructure can support enterprise AI, regional inference, high-performance computing and workloads, augmenting the options for location, latency, data control, available power, security and speed to market.
Where to start
Tell us about the land, the power or the workload, and we will look at whether it fits the platform.
- I need AI capacity.Turn your compute requirement into a deployment plan.Explore Solutions
- I have a site.Determine whether land + power can become a viable AI infrastructure opportunity.Submit a Site
- I need a power strategy.Plan an onsite microgrid of solar and storage, with optional generation and the grid as backup.Discuss Power Infrastructure
- I represent a community.Explore how distributed AI infrastructure can fit local priorities and resources.Request a Community Briefing
- I want to partner.Bring technology, development, finance or operating capabilities into the platform.Explore a Partnership
Have a site?
We evaluate land, zoning, access, fiber, power, environmental conditions and community fit to determine whether a location warrants further development.
Markets
Olive Power is developing a pipeline of distributed AI infrastructure opportunities in Colorado and Louisiana. Each opportunity moves through the same stages.
Denver region
Colorado
Existing buildings and greenfield land evaluated for phased node deployment.
Development site
Louisiana
Site control in place, with development planning under way.
Five stages, each confirmed before a site moves on.
A site moves to the next stage only when the documents behind that stage are in place.
- 01
Under evaluation
Site, power, access and community fit are being assessed. Some sites will not proceed.
- 02
Site secured
A signed option, lease or purchase agreement is in place.
- 03
In development
Power, permitting and design are advancing.
- 04
Under construction
Permits are issued and construction is under way.
- 05
Operating
The facility is commissioned and in service.
Community
Data infrastructure becomes part of the community where it operates.
Olive Power considers power, water, land use and operating impacts alongside opportunities for local investment, workforce development, procurement and education.
AI Centers of Excellence
Our AI Centers of Excellence will connect the infrastructure investment with practical AI education, workforce development and locally relevant applications.
Potential local benefits can include
- 01Construction + operating employment
- 02Local procurement opportunities
- 03Workforce development
- 04Technology education
- 05Local business participation
Specific commitments are agreed with each community for each project.
Request a Community BriefingFrequently asked questions
01What is OP MACH4?
OP MACH4 is Olive Power's containerized, microgrid-powered AI compute, delivered in three sizes: the AI Compute Node (4 MW), the AI Compute Hub (8 MW+) and the AI Compute Campus (20 MW+). Sizes are facility load. Factory-integrated units are craned into place and run on their own onsite microgrid.
02How is a MACH4 powered?
Each MACH4 runs on an onsite microgrid: solar and battery storage behind the meter as primary power, optional generation such as natural gas, wind, biogas or geothermal where the site supports it, and the grid as backup. Roughly 30% of new data center capacity is now going behind the meter at this scale, and the interconnection queue is not getting shorter.
03How quickly can capacity be operating?
We target 6 to 12 months on qualified sites, subject to fuel supply, permits, equipment availability and final engineering.
04Which workloads fit?
Training, inference, enterprise AI and high-performance computing. Distributed infrastructure also suits regional inference and workloads, improving the options for location, latency, data control, available power, security and speed to market.
05How does cooling work, and how much water does it use?
MACH4 matches air and liquid cooling to your hardware. Cooling is closed-loop and zero-water (WUE 0.00).
06Can I start small and expand?
Yes. The first node establishes the foundation for the next phase. Additional nodes expand capacity using the site's existing development work, power strategy and operating infrastructure. How far a site can expand depends on the power available there.
07What makes a site viable?
Land, power, fiber, water, zoning and community fit. A site is viable when all six line up: powered, connected, permitted, buildable and aligned with the community.
08How do I begin?
Start from Get Started: book a meeting with our team, or take the optional accelerated MACH4 path (watch the overview, register, accept the NDA, complete the discovery guide and schedule). Your initial MACH4 review covers which size fits, the plausible power route, cooling configuration, an indicative schedule and expansion path, and an initial commercial structure. You can also reach us through the Contact page.
09What does “community-integrated” mean?
Olive Power integrates community considerations into the development process from the beginning, before a site and design are selected. We consider power, water, land use and operating impacts alongside opportunities for local investment, workforce development, procurement and education.
10Where are your projects?
Olive Power is developing a pipeline, starting in Colorado and Louisiana. Each opportunity moves through five stages (under evaluation, site secured, in development, under construction, operating) and a site moves to the next stage only when the documents behind that stage are in place.