Everything the filing asks for, in one package.
An interconnection request lives or dies on the engineering behind it. We build the whole document set as one coherent package, so the diagrams, the models, and the forms agree with each other before anything is submitted.
Single-line diagrams
The project drawn the way the reviewing engineer reads it: generation, collection, protection, metering, and the point of interconnection, on one defensible diagram.
Load flow models
Power flow cases built from the project as designed, so capacity, voltage, and thermal behavior are studied on the real configuration, not a placeholder.
Dynamic models
Machine and inverter dynamic models in the formats the study process requires, matched to the equipment actually being installed.
Reactive capability curves
P-Q capability documented across the operating range, so the project states clearly what it can hold, absorb, and deliver at the point of interconnection.
Test evidence
Commissioning and performance test plots and evidence assembled with the package, so claims about the equipment arrive with data attached.
Site layouts
Scaled site drawings with equipment, routes, and boundaries placed on the parcel, ready to sit behind the request and the land package.
Request and technical attachments
The interconnection request and its technical data attachments completed from the same source material as the models, with nothing retyped by hand between documents.
The filing packet, assembled
Every document above collected into one submission packet, prepared to the published requirements of the relevant ISO or utility, with a checklist of what the project team still owns.
When the machine is ours, the models ship with it.
Filing-ready by default
Every interconnection filing needs the equipment maker's dynamic-model files. Most projects chase those files for weeks. When the generation is Iron Nitride, the vendor model files ship with the machine, and the packet is built from the machine's own models and test evidence from day one.
One accountable source for the iron, the models, and the packet.
Your project, engineered the same way
The same package discipline applies to projects that are not ours: solar, storage, wind, and large load interconnections such as data centers and industrial campuses.
Bring the project brief. We return an engineering package built to file.
Four steps from brief to filed.
Bring a project
A short brief is enough to start: the site, the capacity, the ISO or utility, and the date you are aiming at. Generation or large load, ours or anyone's.
The package is built
Diagrams, load flow and dynamic models, capability curves, test evidence, site layouts, and forms are produced as one package, checked against the ISO or utility's published requirements as it is built.
Review
Your team reviews the package with full traceability from brief to document. Where an ISO or utility requires a licensed engineer's stamp, that review and stamp stay with your engineer of record; our job is to hand them a package worth stamping.
File and follow through
The packet goes in complete. We stay on the project through the study process, supporting responses and revisions as the ISO or utility works the queue.
New offering. Stated plainly.
AI Power Engineering is being built into the Iron Nitride product line now.
Early engagements are scoped one project at a time, directly with the founder's team. If your project is sitting in a queue behind an engineering package, that is exactly the conversation this offering exists for. Bring the brief and we will scope the package with you.