Sites and energy
If you control land and power, we can assess their potential for a data centre alongside your solar farm. We start with site conditions and an identified compute requirement to define a viable project.
Project assessment · ComputeCell is an architecture under development
We assess opportunities with those who can provide a site or its energy supply: independent power producers, developers and asset owners. If you operate or maintain third-party plants, you can help us explore an opportunity with the owner. Each party's role is defined before project commitments are made.
We review location, land rights, project status and connections. A solar farm's generating capacity does not equal the power available to draw from the grid. The assessment distinguishes generation, demand access and energy already committed under contracts.
Fibre must reach the plot with capacity, delivery times and service terms suited to the workload. Transport and maintenance access, climate, noise and site requirements also matter. A remote solar farm may suit some workloads and not others.
Continuous operation requires a plan for hours without sunshine, backup and maintenance. Flexible workloads need agreed operating windows and interruption rules. We compare the energy profile with the useful work the customer needs completed.
You may provide land, supply energy or participate in development. The assessment establishes who invests, owns equipment, operates the facility and contracts capacity. Returns depend on the whole project: surplus energy alone does not guarantee compute sales.
Your organisation, role in the asset, location and timeline. Add power or fibre details if you know them; a technical study is not needed to start the conversation.
We examine power supply, connections and site conditions against a specific compute requirement.
We define the necessary studies, configuration, participants and commercial terms before an investment decision.
No. Land, supply, permits, connectivity, access and compute demand must fit together. Installed generating capacity or proximity to a substation is not enough to establish feasibility.
Not necessarily. Equipment may belong to the compute customer or an identified investor. Ownership and funding are defined in the proposal; there is no single arrangement for every project.
A schedulable workload that tolerates pauses can be assessed. Continuous service must also cover nights and periods of low generation. An annual energy balance does not demonstrate hour-by-hour autonomy.
The base architecture integrates cooling and heat rejection into each unit. Site connections and any energy storage are sized separately. The final configuration must be validated for the climate and workload.
Tell us where the asset is, your relationship to it and your intended timeline. That gives us the context to define what is worth assessing.