Voltis runs your interconnection compliance studies across PSCAD, PSS/E, and PSLF from a single web platform, cross-checks the results against each other, and reports a verified verdict — with the evidence to back it.
Interconnection studies are still run the way they were a decade ago — one engine, one code, one engineer's judgment call on scope. As codes multiply and timelines shrink, that approach is the bottleneck.
Every utility and country defines its own interconnection requirements, with no shared test format between them.
Studies typically run in a single simulation package, so nothing cross-checks whether the result is actually right.
Deciding which tests a project needs is still done by hand — slow, and only as good as the engineer making the call.
Turning results into a report a client or regulator will accept is often the longest step in the whole study.
Voltis executes grid interconnection requirements from utilities and regulators worldwide. It drives PSCAD, PSS/E, and PSLF from one interface, benchmarks their results against each other, and produces the analysis an engineer can hand straight to a client or regulator.
Four steps, start to finish — no switching tools, no manual reconciliation between engines.
Enter the interconnection point, equipment models, and the applicable grid code from any region worldwide.
Select Basic or Comprehensive coverage, or accept Voltis's AI-recommended scope for this specific project.
Voltis executes the required studies in PSCAD, PSS/E, and PSLF, and cross-checks the results automatically.
Receive a detailed, benchmarked compliance report, ready to share with the client or interconnecting utility.
Every project carries its own risk profile. Voltis offers two fixed tiers, plus an AI recommendation engine that reads the project's specifics and proposes the right scope automatically.
Core mandatory tests required by the applicable code — the fastest path to a first compliance pass.
Full test battery covering mandatory and supplemental studies, for maximum assurance before submission.
Voltis evaluates the project's equipment, code, and interconnection profile, then proposes the tailored test set to run.
Voltis's requirement library is structured by region and utility, so the same platform that runs a NERC or FERC study today can run an ENTSO-E, AEMO, or CENACE study tomorrow — without re-engineering the workflow.
Alongside third-party benchmarking, Voltis is developing native simulation engines in-house — removing dependency on external software licenses over time.
A native EMT solver for detailed transient and power-electronics studies — an in-house counterpart to PSCAD.
A native positive-sequence solver for stability and steady-state studies — an in-house counterpart to PSS/E and PSLF.
Our engineers have run and cross-validated the industry's full simulation stack for over a decade — the exact expertise now built into Voltis's benchmarking engine.
Before Voltis was a software product, it was a decade of this work done.
Years in grid interconnection, simulation, and NERC compliance
Range of power plants modeled, studied, and compliance-tested
Projects across North America, Europe, and Australia
Spearheading the validations for new requirements for renewables and large loads
Supported offshore wind interconnection strategy in direct coordination with NPCC, ISO-NE, and Eversource.
Provided technical leadership across energy storage and microgrid programs and pilots spanning California, Hawaii, and Texas.
Modeled and validated a generator set's AVR/governor response against LVRT and HVRT field tests, certifying compliance with the German grid code.
Directed PSCAD, PSS/E, and TSAT-based interconnection studies and training for utility-scale wind and solar integration programs.
Built and ran an RTDS HIL test bed with power plant controllers, meters, LTCs, and SEL RTACs for step-change and FFR compliance testing.
Tell us about the project and the codes you're working against — we'll walk you through a live benchmark against your own equipment models.