SelnovixBridge-to-grid
Generation for the period before the planned grid supply is available, with a defined transition strategy.
Generation planned around your load.
We develop power options for data-centre projects, connecting generation equipment with the engineering and commercial arrangements required for the intended operating duty.
On-site generation
Storage
Grid supply
Facility
IT load
Cooling and auxiliaries
Match supply to the project.
Long-term on-site generation
Generation planned around the facility’s continuing electricity requirement.
Coordinated grid and on-site supply
Assess how generation and grid supply can work together within the proposed operating arrangement.
Define the power the facility can use.
We distinguish generation capacity, power deliverable to the facility and IT capacity.
Equipment condition, operating conditions, auxiliary demand, maintenance and redundancy all inform the design. The proposal states the capacity basis and the assumptions behind it.
Generation capacity
Power deliverable to the facility
IT capacity
Design the whole system.
We design fuel supply, generation, electrical distribution, maintenance and outage response as one system.
Storage, backup arrangements and grid interaction are assessed against the facility’s requirements. Efficiency, emissions-control needs and permitting requirements are assessed for the proposed configuration and location.
Agree what is being delivered.
The commercial scope can cover equipment procurement, generation-project development or a power-supply arrangement.
Each proposal identifies the asset owner, development scope, operating responsibilities and commercial terms.
What your proposal covers.
The load profile, generation configuration, deliverable capacity, fuel assumptions, reliability approach, operating costs and delivery dependencies.
Submit power requirementsNeed equipment for your own project? Explore Turbines.
Power proposalContents
- 1Load profile
- 2Generation configuration
- 3Deliverable capacity
- 4Fuel assumptions
- 5Reliability approach
- 6Operating costs
- 7Delivery dependencies