AmperageBeta

AI Bill Analysis Software for Solar Installers

Upload a customer's electricity bill PDF and AI extracts the tariff structure, usage and demand charges. Amperage turns that straight into a sized system, a payback figure, and a branded proposal — no manual tariff lookup, no assumed rates.

How it works

From bill to branded proposal

Four steps, no spreadsheet in between.

01
Upload the bill
Drop in a customer's electricity bill as a PDF. No manual data entry, no re-typing rates off a printout.
02
AI extraction reads the tariff
AI extraction pulls the tariff structure straight off the page — time-of-use, flat rate, or C&I with demand charges and daily supply charges.
03
Hourly simulation sizes the system
An hourly consumption-and-production simulation sizes the system against the real tariff, then stacks the state incentives that apply — STC, LGC, VEEC and PDRS.
04
Export a branded proposal
One click turns the model into a client-ready PPTX deck or PDF proposal carrying your logo and colours.
Who it's for

Built for the way you already quote

Residential volume installers
Quote faster on flat and TOU bills without re-keying rates. The bill upload replaces a manual tariff lookup on every job.
C&I energy consultants
Extract demand charges and unbundled network components from commercial bills, then model payback against the actual demand profile, not an assumed rate.
Energy brokers
Turn a bill a client already has sitting in their inbox into a sized system and a proposal, without asking them to fill out another form.

Why bill-first quoting is different

Most solar design tools start from irradiance data and a roof — they model how much a system will produce, then assume a flat retail rate to estimate savings. That assumption is where payback numbers usually go wrong: real tariffs have time-of-use bands, demand charges, and daily supply charges that a single average rate cannot represent.

Amperage starts from the bill instead. Because the tariff structure, usage and demand charges come straight from the customer's own account, the payback figure reflects what they are actually paying today — not a state-average cents-per-kWh number. The roof and production model still matter, but the savings side of the equation is derived from the customer's real electricity costs.

That matters most for C&I sites, where demand charges and unbundled network components can be a third or more of the bill and an irradiance-first tool has no way to see them at all.

Frequently asked questions

What bill formats does the bill analysis software support?
PDF electricity bills from Australian retailers and network operators — residential, small business and commercial & industrial. It handles single-page and multi-page bills, and both bundled and itemised network charges.
Does it handle time-of-use, flat rate and demand tariffs?
Yes. The AI extraction detects whether a bill is flat rate, time-of-use (peak/shoulder/off-peak), or a C&I structure with demand charges and unbundled daily charges, and extracts each component accordingly rather than assuming one structure for every bill.
How accurate is the AI extraction?
Extraction runs through a normalisation pipeline that fixes unit mismatches, scales totals, and cross-checks the extracted rates against the billed total before anything reaches the system sizing model. Any field the AI could not confidently extract is flagged as missing rather than guessed.
Is my customer’s bill data secure?
Bill PDFs and the data extracted from them are stored against your project, scoped to your company account, and are never used to train third-party models. Processing happens over an authenticated API call — the file is not shared beyond the extraction pipeline.
What does the bill analysis software cost during beta?
Amperage is free during beta, and AI bill extraction is included. Pricing tiers will be announced before beta ends.
Does it work for commercial and industrial (C&I) bills?
Yes. C&I bills bring demand charges, market and network components, and unbundled daily charges that flat residential extraction cannot handle. The pipeline extracts each of these separately, including the demand charge placement and the relevant TOU or shoulder-period flags.

See it on a real bill

Bring a customer bill to a live demo and we'll model the sized system and payback on the call.