Conservative thermal assumptions lock real capacity behind nameplate ratings. AmpEdge models transformer performance against actual load profiles — so you can unlock it safely, defensibly, without waiting years for new infrastructure.
Simulate transformer performance across varying loads, ambient temperatures, and aging curves. Output: a defensible safe maximum threshold with explicit safety margins.
Ask the questions that matter: Can we add +5MW? What happens at peak summer load? Run "what-if" scenarios before committing capital or cooling resources.
Clear outputs: "You can safely increase load by X%. This workload can onboard now." Quantify the revenue unlocked and the capex deferred with every analysis.
Exportable PDF reports with full assumptions, safety margins, and methodology. Built for utility submissions, internal approvals, and regulatory defensibility.
Provide nameplate ratings, historical load CSVs, and ambient temperature data. No sensor hardware required.
AmpEdge applies transformer thermal dynamics —IEC loading guides, ambient correction factors, and aging rate equations — to your actual load profile.
Safe load increase percentage, scenario results, and an exportable PDF with full methodology — ready for utilities, regulators, and internal stakeholders.
Transformer capacity isn't a fixed constraint.
It's an optimizable variable.
AmpEdge turns conservative infrastructure limits into actionable, defensible capacity gains — so data centers can scale faster without waiting on new transformers.