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SolarCompute Machines

Standardised systems built for energy-to-compute deployment.

SolarCompute hosts do not supply mixed third-party hardware to the network. Approved sites receive standardised SolarCompute systems designed for predictable deployment, controlled performance, and scalable AI infrastructure growth.

Case Tower Rack Controlled Infrastructure
Why This Model

Controlled infrastructure. Predictable deployment.

SolarCompute systems are standardised so deployment, support, operating behaviour, and network performance can be managed consistently across the platform. This creates a stronger infrastructure base than allowing arbitrary hardware into production.

How Sites Participate

Provide the environment, not the hardware stack

SolarCompute designs, builds, deploys, monitors, and supports the machine layer. Hosts provide the energy environment, physical location, and connectivity required for the infrastructure to participate in the network.

Machine Classes

Three system classes. One integrated network.

Each SolarCompute machine is designed for a specific level of deployment, throughput, and site suitability — supporting a structured pathway from smaller locations to larger infrastructure environments.

Case System
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Full system visuals available to approved hosts inside the dashboard.

SolarCompute Case System

Entry-level deployment for smaller sites entering the network through a compact, standardised infrastructure format.

  • Infrastructure role: Entry deployment class
  • GPU baseline: 1 × RTX 3070
  • Indicative draw: 30W idle / 100W typical / 150W max
  • Best for: Residential solar and smaller battery-backed sites
  • Power: Standard 10A wall outlet
  • Mounting: Wall hung
  • Space: 1 sqm
  • Deployment type: Managed by SolarCompute
  • Network fit: Smaller approved energy environments
  • Term: 12 months
View Site Potential
Tower System
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Full system visuals available to approved hosts inside the dashboard.

SolarCompute Tower System

Balanced deployment class for sites with stronger energy availability and a more active infrastructure role.

  • Infrastructure role: Mid-tier deployment class
  • GPU baseline: 4 × RTX 3070
  • Indicative draw: 85W idle / 340W typical / 520W max
  • Best for: Mid-scale renewable hosts and active battery-backed sites
  • Power: Dedicated 10A / 15A circuit
  • Mounting: Floor standing
  • Space: 1.5 sqm
  • Deployment type: Managed by SolarCompute
  • Network fit: More active site participation
  • Term: 12 months
View Site Potential
Rack System
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Full system visuals available to approved hosts inside the dashboard.

SolarCompute Rack System

Infrastructure-grade deployment for larger sites contributing backbone compute capacity to the network.

  • Infrastructure role: High-capacity deployment class
  • GPU baseline: 15 × RTX 3070
  • Indicative draw: 275W idle / 1225W typical / 1900W max
  • Best for: Commercial-scale renewable infrastructure
  • Power: Multi-circuit / commercial supply
  • Mounting: Floor standing
  • Space: 3.0 sqm
  • Deployment type: Managed by SolarCompute
  • Network fit: Backbone infrastructure capacity
  • Term: 12 months
View Site Potential
How It Works

From system selection to live deployment

Hosting is structured, approved, and managed by SolarCompute to support consistent deployment, operational reliability, and long-term network quality.

01

Create your account

Sign up and access your SolarCompute dashboard to begin the host approval process.

02

Select your system

Choose a Case, Tower, or Rack System based on your site, power availability, and deployment suitability.

03

Secure your deployment

Confirm your deployment pathway and move into the provisioning queue for approval and scheduling.

04

Provisioned and quality-assured

Your system is assembled, configured, and fully verified by SolarCompute before deployment to ensure performance, reliability, and network readiness.

05

Delivery and installation

Your system is delivered and installed on-site by a SolarCompute team member, with scheduling aligned to site readiness and deployment requirements.

06

Connected and live

Once power and connectivity are confirmed, your system is brought online and begins participating in the network.

Managed by SolarCompute

Hosts do not manage compute infrastructure alone

  • Systems are built and provisioned before delivery
  • Deployment is monitored and supported by SolarCompute
  • Approved machine classes create predictable site performance
  • Controlled rollout helps scale a higher-trust network
Important Note

These systems are deployed as part of the network

SolarCompute systems are not general public hardware products. They are approved infrastructure machines deployed to support network growth, renewable compute participation, and long-term platform quality.

Deployment suitability depends on site conditions, energy profile, and network fit.

Calculator estimates can be based on current RTX 3070-aligned system standards and conservative operating draw assumptions.

Next Step

Choose your SolarCompute host system

Review system requirements, assess site suitability, and apply to become part of the next phase of the network.

Open Calculator View Hosts Page