Meet your home
Review your location, solar, battery, internet connection and household energy needs.
Your roof already makes energy. Hosting a SunStack GPU node could put more of that energy to work — with your home’s needs at the centre.
Four bedrooms, three bathrooms, a furnished balcony and a landscaped garden. The small GPU box lives inside the ground-floor utility room.
A home first. A compute node second. The project is designed around household priorities, separate GPU metering and clear homeowner control.
Each home is different. A staged assessment helps establish what is practical before any installation or hosting agreement.
Review your location, solar, battery, internet connection and household energy needs.
Assess electrical capacity, space, ventilation, dedicated metering and suitable GPU hardware.
Match suitable compute jobs to the energy and operating limits available at your property.
Follow energy use and hosting activity, with the ability to pause participation.
The proposed installation separates compute from everyday household consumption and makes the operating boundaries clear.
Solar generation, battery state and household demand provide the context for deciding when work can run.
Electrical assessment, a suitable circuit and separate GPU metering help establish an appropriate installation.
Hardware is selected around the workload, available power, ventilation and the physical space at the property.
Connectivity and network separation need to be considered during setup and validated before participation.
Placement and operating limits must account for airflow, heat, sound and the household’s daily routines.
The homeowner workspace is intended to make node activity, energy use and pause controls understandable.
| We would look at | Why it matters | Helpful information |
|---|---|---|
| Solar & storage | Understand generation, surplus and battery operating limits. | System size, inverter and battery details, available energy records. |
| Electrical capacity | Establish a safe and suitable dedicated installation. | Switchboard and circuit information for a qualified assessment. |
| Physical space | Plan ventilation, access, noise and thermal management. | Proposed location, surrounding clearance and household constraints. |
| Connectivity | Support reliable coordination and result transfer. | Connection type, stability and any network restrictions. |
| Household priorities | Reflect the property’s actual energy needs. | EV charging, large appliances, battery reserve and preferred quiet periods. |
The final hosting agreement should make responsibilities, costs and control explicit before installation.
In this example, available generation serves household demand, a bounded GPU job and battery charging.
A simplified energy balance, not a forecast or a claim about hosting income. Change the hour to explore.