Disclose Metering Points and Settlement Boundaries for Unused-Grid Offtake

Consider an illustrative site walkthrough: an owner shows a buyer a utility bill and identifies unused capacity for a GPU pad. The buyer asks, “Does that meter include the neighboring tenant?” It does. A landlord submeter separates the proposed pad, but the buyer’s planned rack meters would exclude cooling and distribution losses.

All three readings could be accurate—and still produce different totals. Without a disclosed settlement boundary, the buyer cannot tell which energy quantity would be attributed to the GPU operation.

For Pacific Intelligent Technologies, Inc., the useful starting point is a site-owner disclosure packet, not an unsupported claim that the site is “metered.” Use the following checklist to prepare offtake conversations; it is not legal advice.

1. Map Every Meter to the Load It Measures

Start with a simple annotated one-line diagram. Identify the utility service meter, any landlord or customer meter, the proposed GPU-pad submeter, and downstream equipment meters. Mark proposed equipment clearly; a planned submeter is not an existing source of settlement data.

For each metering point, disclose:

• Location and identifier: service entrance, feeder, pad boundary, or rack distribution.
• Measured scope: GPU equipment, cooling, lighting, shared facilities, or unrelated tenants.
• Ownership and access: who owns the meter, reads it, and can authorize testing.
• Measurement capability: energy and demand channels, interval length, accuracy documentation, and applicable current or voltage transformer ratios.
• Evidence status: installed and verified, installed but unverified, or proposed.

A utility account boundary is not automatically the GPU operating boundary. Similarly, an equipment dashboard may be useful for operations without being accepted for settlement.

This disclosure is separate from interconnection status or substation control: those describe other site conditions, not which measured consumption belongs to the offtake.

2. Name the Settlement Boundary and Explain Losses

Identify the meter proposed as the reference for each settlement relationship. The utility may bill its account holder at the service entrance, while the landlord attributes pad consumption through a downstream submeter. The offtaker may monitor another point entirely.

Write those relationships plainly: who receives the utility bill, who prepares the pad allocation, and which reading is proposed to support the offtaker’s energy statement. Mark unresolved choices as unresolved.

Then disclose what sits between the meters:

• Transformer and conductor losses.
• Cooling and other auxiliary loads.
• Shared loads requiring a separate allocation.
• Any generation or storage flows that affect readings.

If a loss factor is proposed, identify its basis, calculation direction, applicable boundary, and whether it is fixed or periodically updated. Do not present an estimate as a measured loss.

Separate energy allocation from demand-charge allocation. A pad’s individual peak does not necessarily coincide with the utility meter’s billing peak. Describe the proposed treatment rather than implying that an energy percentage explains every bill component.

For broader project context, see Pacific’s bridge-capacity overview.

3. Disclose Who Controls the Settlement Data

Meter ownership, account control, and data access are different facts. A landlord may own a submeter while a service provider hosts its records; the utility account holder may be the only party authorized to obtain utility interval data.

Name the source of record and disclose:

• Who can retrieve raw readings, exports, and corrected records.
• What access the site owner and prospective offtaker currently have.
• Whether access depends on an authorization not yet obtained.
• Data format, interval duration, time zone, and daylight-saving treatment.
• Retention period, delivery timing, and available audit history.

Identify whether values are measured, estimated, or backfilled. Explain how corrections are labeled so two parties do not unknowingly compare different versions of the same period.

Include a redacted sample export where permitted. A screenshot of a monthly total does not demonstrate that interval-level reconciliation is possible.

4. Show What Happens When Meters Disagree

Disclose the existing discrepancy process—or the proposed process if none exists. Do not assume the utility meter, landlord submeter, and offtaker dashboard should match exactly.

A useful reconciliation sequence is:

• 1. Align dates, time zones, interval lengths, and units.
• 2. Confirm that each meter covers the stated loads and flow direction.
• 3. Check missing intervals, estimated readings, scaling, and meter changes.
• 4. Account for disclosed shared loads and losses.
• 5. Escalate unexplained differences for meter review or testing.

Identify who receives discrepancy notices, who supplies records, and who coordinates technical investigation. State whether any review threshold exists and what supports it; avoid inventing a universal tolerance.

Also disclose how disputed quantities are flagged, what provisional reporting treatment is contemplated, and how corrected readings would flow into revised statements. Leave unconfirmed responsibilities visibly open for discussion.

5. Package a Brief Buyers Can Inspect

Keep the summary short: one meter map, one boundary table, one sample dataset, and one list of unresolved items. Attach supporting records rather than hiding uncertainty in narrative.

Label each item verified, owner-reported, or proposed, with a date and evidence source. This helps buyers distinguish existing capability from work still required.

Use Pacific’s capacity overview to place the site disclosure in a broader capacity conversation. When your meter map and open questions are ready, schedule a site-owner disclosure discussion.

FAQ

Is a utility bill enough?

Usually not when it includes other loads or lacks the necessary interval detail. Pair it with boundary evidence and permitted data exports. Pacific Intelligent Technologies, Inc. provides broader company context.

Can rack meters establish pad consumption?

They may omit cooling and upstream losses. Disclose their scope rather than treating them as interchangeable with a pad meter. See Pacific’s capacity overview for the wider capacity discussion.

Should missing metering stop an initial conversation?

Not necessarily. State what exists, what is proposed, and what remains unverified. Bring those gaps to a bridge-capacity conversation without describing the site as settlement-ready.