Step 4 · Sell

See what it sells for

Price, fill and contract terms, as scenarios.

Oversell: how much power can the site sell?

The largest contracted book your IT capacity can carry, by customer mix and risk level.

The site
kW
kW

Sold in contracts.

Capacity tested against

As entered.

Risk level

Share of hours draw may exceed it.

Customer mix
Entered as

Share of contracted kW.

%

racks to small suites

%

cloud and platform halls

%

GPU training and inference

%

interconnection, telecom

%

government, health, other

Shares add to 100%.

Premium

Enter your capacity and your customer mix, or a list of contracts, and the draw by segment below shows how they pull power.

The oversell ratio, the largest book, what the extra is worth and the deeper views are part of Premium.

They open with the 7-day trial, which needs no card and starts when you confirm your email. After the trial, Premium is EUR 49 a month per user, or EUR 490 a year, and the first payment is refundable for 7 days.

Start the 7-day trialSee pricing

By segment

By segment

By segment
SegmentContracted (kW)ShareMean useHourly swingCorrelationCustomers countedExpected draw (kW)Swing it adds (kW)
Retail and enterprise96040%0.450.080.205543221
Wholesale and hyperscale72030%0.620.090.451144630
AI and HPC24010%0.780.200.951118730
Carrier and network24010%0.350.040.2522841
Public sector and other24010%0.480.070.20141153
Between segments0.05
How the estimate works

Each segment draws a mean share of contracted kW with an hourly swing; customers correlate within a segment by the figure shown, across segments by the cross figure.

Largest book = tested capacity / draw per contracted kW at the risk level. Ratio = largest book / installed capacity; it can fall below 1.

With a customer list, customers in effect = (sum of kW)² / sum of kW² per segment; a customer's peak use scales its segment's behaviour.

Not modelled: per-feeder or per-PDU loading, redundancy beyond one headroom share, protection coordination, contract growth.

Sources: NFPA 70, 210.20(A); IEC 60947-2:2024; IEC 60050-691; Fan et al., ISCA 2007; Kumbhare et al., USENIX ATC 2021; Patel et al., ASPLOS 2024; arXiv 2508.14318. Illustrative defaults dated . Illustrative estimate, not advice.