Existing demand
The load already on site, and the obligations it must keep serving, come off the top.
Headroom by Sinteag Energy
Check whether the supplied records support your planned load over the period that matters. Identify constraints and evidence gaps before committing to diligence, partners or contracts.
Headroom is read-only software that checks a proposed load against a site's power, battery, fuel and cooling records over the period that matters. When records are stale or conflict, it does not fill the gap. It withholds support and names the record that needs fixing.
No equipment access or control credentials needed.
Check the proposed load, the resources behind it and the cooling it needs.
Illustrative workflow. Not a verified engine result.
6.0 − 4.2 − 1.0 = 0.8 MW electrical margin.
This electrical balance alone does not establish site capacity.
Proposed demand fits the stated limit.
SupportedRequired fuel exceeds the allowance after protected reserves.
Not supportedProposed heat load fits the stated cooling limit.
SupportedPower and cooling fit. The proposed operating plan exceeds the usable fuel allowance.
Next engineering check: Review the generator schedule and protected fuel requirement. Supply an evidenced alternative for Headroom to reassess.
Electrical figures show simple arithmetic; fuel and cooling outcomes are illustrative. A site assessment requires a defined period, compatible method and supporting records.
Complete illustrative finding shown.
A connection rating does not tell you what an additional load can use. Existing demand, protected reserves and cooling limits determine whether the proposal fits.
The load already on site, and the obligations it must keep serving, come off the top.
Battery energy, generator fuel and protected reserves decide how long a load can run, not just whether it starts.
Power that fits can still fail on heat. Headroom reports power and cooling separately, and both must pass.
Synthetic example. Not a customer result.
Operator assessment / Changed demand records
The original electrical proposal was Supported. Higher existing-demand bounds leave a 190 electrical kW shortfall after the protected grid commitment during one of the six assessed hours. The full-period electrical finding becomes Not supported; thermal and combined findings were Not evaluated.
Review the changed demand evidence and protected commitment before relying on the expansion assumption. Results depend on the stated synthetic assumptions.
Inspect the finding and its basisQualify candidate sites before committing engineering, diligence and partner effort.
Check new charging demand against existing duties and protected reserves.
Inspect the records and assumptions behind a finding, and compare sites on a common basis.
Start with the equipment arrangement and the decision. These are separate supported methods, not permission to combine arbitrary assets.
One grid connection and one already-running natural-gas engine or turbine on a common electrical bus.
Uses documented manufacturer operating points and bounded gas supply. No battery combination, startup or islanding.
Natural-gas method scopeOne grid-connected site, one battery and one already-running No. 2-D diesel generator with an isolated fuel tank.
Checks supplied profiles and protected obligations. No refueling, extra units or dispatch optimization.
Grid/battery/diesel method scopeBounded air, single-phase liquid or mixed cooling, with one documented shared heat-rejection stage.
A separate thermal finding accompanies a compatible power evaluation. It does not approve the whole proposal.
Cooling assessment scopeAn analyst prepares authorized CSV/JSON exports and supporting evidence. Headroom calculates the applicable balances and margins, checks limits and protected obligations, and generates a finding with source references. The site engineer confirms the mapped records and applicable conditions. Who provides that confirmation, and any additional engineering review needed, is agreed during scoping. Headroom does not provide external engineering approval.
Define the proposal, method, period and authorized use.
The analyst preserves source references, units, timing and uncertainty.
The responsible engineer confirms the applicable limits and assumptions.
The software calculates separate power, resource and cooling findings and the overall result.
Trace constraints and gaps to the records or decisions that need attention.
You receive a written finding, relevant limits and margins, source references, evidence gaps and next engineering actions. Technical evidence and replay materials support review within the agreed assessment.
Controlled what-if cases identify changed assumptions without rewriting original observations. Evaluate the operating periods you specify and compare compatible cases, with ties and reviewer judgment left visible.
Site reports, comparison records and portfolio summaries support later diligence. They do not determine the maximum available megawatts or discover arbitrary operating windows.
One site. One question. An agreed period.
Start with a fit discussion by email. The paid assessment covers one site and one decision, with scope, quote, authorization and data handling agreed before records are shared.
Standard assessments: Written finding within five business days after scope is agreed and the required records are confirmed. Broader assessments, including coupled power-and-cooling work, follow the schedule agreed in the written quote.
Review the records checklist and who develops Headroom. No sensitive records are needed for the initial inquiry.
Read-only, export-based and analyst-assisted. Findings apply to a supplied proposal, defined period and supported method; they are not operating approval or guaranteed capacity. Public capacity examples are synthetic. Customer-site validation and qualified external engineering review remain outstanding. Method boundaries and verification