Data centers
Designed to add capacity for the next racks without waiting on a grid upgrade.
Data center power guideApplications
Data centers, fleets, fuel stations, industry, ports and remote sites. Same problem, same platform: compact on-site power sized in 2 MW packages, designed to run alongside the grid or, where there is no grid, carry selected loads on its own.

More racks, chargers or production can outgrow your grid connection, and the utility’s transformer or service upgrade runs on its own timeline. Finding room for more power equipment can be a constraint too.
That is power anxiety: uncertainty about expanding, handling the next peak and planning for interruptions. DOR is designed to run alongside your existing supply every day and add power as the load rises, around your load, space and fuel options. It is power augmentation, not backup power.
Explore grid connection constraintsDesigned for sites short on power, space or both.
Designed to add capacity for the next racks without waiting on a grid upgrade.
Data center power guideDesigned to add charging power on site while the depot waits for a bigger connection.
EV fleet depot power guideDesigned to add power in 2 MW packages as demand grows, alongside the existing connection.
Industrial and commercial power guide Port power guideAbout 15 sq ft per 0.2 MW unit, designed to add charging power on a small footprint. Installation clearances are additional.
Fuel station chargingDesigned to install inside a building, subject to ventilation, exhaust and code review.
Designed to carry selected loads on its own where there is no grid.
Defense power guideDesigned for on-site power from suitable field gas instead of diesel, subject to gas-quality testing and treatment.
Oil and gas power guideThese are target applications for a pre-pilot product, not deployments. Site fit depends on permitting, fuel supply, interconnection and engineering review.
Start with the power already available and the demand you need to add.
Peak demand, operating hours, and planned growth.
Space, fuel, electrical connections, and permits.
Engineering, approvals, and installation planning.
For EPCs and system installers
Evaluate compact power for your next project, then plan how to support the site as its needs change.
Bring the available capacity, load profile and installation constraints.
Planned Power OS insights help flag a capacity addition, service visit or parts requirement.
The installer reviews the recommendation and coordinates the next step with the operator.
Immedia develops the DOR and Power OS. The installer defines site integration and installation work; the operator defines the load and operating needs. Service delivery, responsibilities and coverage are agreed for each project.
Discuss an installer partnershipThree planned ways to match ownership and operating costs to your site.
Power OS and an ongoing service relationship are planned across all three models. Software access, maintenance coverage, delivery responsibilities and any separate fees will be agreed for each site.
| Planned structure | Ownership & operation | Payment | Fuel & support |
|---|---|---|---|
| Equipment saleDiscuss a purchase | Customer ownership and operation. | One-time equipment purchase. | Customer-sourced fuel. Software and service scope agreed separately. |
| LeaseDiscuss a lease | Immedia Power or financing-partner ownership; customer operation. | Recurring equipment payments over an agreed term. | Customer-sourced fuel. Monitoring and maintenance coverage agreed in the lease. |
| Power-as-a-ServiceDiscuss a power service | Planned provider ownership and operation. | Payment per kilowatt-hour delivered. | Fuel, monitoring and maintenance responsibilities defined in the service agreement. |
Bring your current grid capacity (or tell us there is none), the power you need to add and your site constraints.
Get power