Plan · Capacity & power economics
Know what you can really sell, and what power really costs.
Space, power, cooling, ports and GPUs per site and hall, net of what is already held: planned devices, contracted power, approved plans and idle job allocations. Power economics prices the bill: energy, demand charges, take-or-pay floors, colocation blocks and idle kW, then cost per sold MW and per sold GPU-hour.
Why teams open Capacity & power economics
Three questions Capacity & power economics answers.
What people ask in the first minutes, and who asks it. Capacity & power economics puts the answer on one screen, for Colocation and NeoCloud operators.
Capabilities
What Capacity & power economics does.
Capacity by dimension
Space, power, cooling, ports, compute and GPU, by site and by hall.
Reservations
Reserved, committed, pipeline and requested holds, with the net available power and space.
PUE and energy
Facility ÷ IT from the site power split, energy per day, CO₂ from the national grid factor.
The power bill
Energy plus capacity charges, take-or-pay floors, demand ratchets and colocation blocks per committed kW-month.
Contract findings
Block nearly used up, a new demand peak above the floor, unexplained draw, or an idle block, each with the money exposure.
GPU power cost
Power per installed and per sold GPU-hour against the price, per pod, per job and per tenant.
See your own estate in it.
Bring the fault your team keeps dealing with. We walk it end to end on a demo estate shaped like yours, then agree what a one-site pilot should prove.