Workload-ready capacity
Server architecture is selected for eligible AI, rendering or high-density compute workloads and their availability requirements.
Gridient Nodes
Compute infrastructure built around power.
Modular containerized systems combine compute, power conversion, cooling and site controls into a dispatchable load for generation assets.
Configuration explorer
Start with the energy opportunity.
Choose a module to understand the deployment model. Compute density, cooling, electrical scope and compliance requirements are engineered for each site.
Node specification
Gridient 500
A full-scale modular compute platform for utility-scale renewable and grid-connected projects.
Specification statusElectrical values shown are the current Gridient 500 platform specification. Performance is configured to site conditions.
Rated power500 kW
Maximum output power550 kW
Rated output current722 A
Maximum output current794 A
DeploymentSingle 40 ft compute container
ControlsEdge EMS + industrial communications
Best suited toRenewable generation sites
Node specification
Gridient 250
A lower-power Gridient Node for phased deployment, constrained grid connections and first-site rollout.
Specification statusPower and current scale to 50% of Gridient 500. Component selection, enclosure, thermal design and project certification are configured for each deployment.
Rated power250 kW
Maximum output power275 kW
Rated output current361 A
Maximum output current397 A
DeploymentSingle compute module
ControlsEdge EMS + industrial communications
Best suited toPhased and constrained sites
Infrastructure system
More than a compute enclosure.
Each Gridient Node is an integration of electrical, thermal, computing and control systems designed around the site’s operating envelope.
Flexible connection modes
Supports grid-connected and off-grid operation with automatic switching, industrial power conversion and up to 97.5% maximum efficiency.
Site-matched cooling
Cooling is configured for compute density, ambient conditions, water availability and the intended duty cycle.
Dispatchable demand
Gridient Control coordinates module demand against power availability, site limits and workload priorities.
Deployment model
Scale in coordinated modules.
One site can begin with a Gridient 250 or Gridient 500 and expand through parallel modules. Fleet scale is engineered around the site’s electrical, thermal and workload limits.
01
Characterize
Review generation, curtailment, connection limits, ambient conditions and workload requirements.
02
Engineer
Define the module, power conversion, cooling, communications and compliance boundary.
03
Deploy
Install physical infrastructure and integrate site telemetry with Gridient Control.
04
Coordinate
Operate eligible workloads as a controllable fleet through Gridient Cloud.
Technical comparison
Two modules, one platform architecture.
Gridient 250 scales power and current from Gridient 500 while retaining the same platform voltage, frequency, environmental and communication boundaries.
SpecificationGridient 250Gridient 500
Rated power250 kW500 kW
Maximum output power275 kW550 kW
Rated output current361 A722 A
Maximum output current397 A794 A
Battery voltage range500–850 VDC500–850 VDC
Rated grid voltage400 VAC400 VAC
Grid voltage range320–460 VAC320–460 VAC
Grid frequency50/60 Hz50/60 Hz
Maximum efficiencyUp to 97.5%97.5%
Protection ratingIP21IP21
Operating temperature−30°C to +55°C−30°C to +55°C
BMS communicationsRS485 / CANRS485 / CAN
EMS communicationsRS485 / TCP/IPRS485 / TCP/IP
Connection modesGrid / off-grid, automatic switchingGrid / off-grid, automatic switching
Gridient 250 configurationPower and current scale to 50% of Gridient 500. Component selection, enclosure, thermal design and project certification are configured for each deployment.
Configure from evidence