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How to Read the Pricing Build Sheet

Updated 25 July 2026·5 min read

One build sheet that totals itself — every card feeds the live receipt, top to bottom:

  • The order money accruessection subtotals → gross total → + margin → sell before credits → − upfront credits → quote ex GST → + 10% GST.
  • Upfront vs annualSTC, VEEC and PDRS credits reduce the quote. LGC revenue is annual income ($/yr) — never deducted from the quote.
  • Margin vs markupmargin is a share of the sell price, markup a share of cost; whole-quote or per line item. The receipt caption shows the effective markup either way.
  • The metersSystem $/W is the quote ex GST net of upfront credits; Battery $/kWh is the battery section cost per kWh.
  • STCs can read $0existing on-site solar can consume the 100 kW small-scale allocation — that production earns LGCs instead.
  • SectionsEquipment and Battery are core; other built-ins can be removed and restored. Section sets save your layout as a reusable template.

Scheme rules and rates live in the incentives guide — this page only decides what lands on the quote.

The Pricing page is one build sheet that totals itself. The left column is the ledger — cost sections and the Credits & Incentives band. The right column is the live Quote Summary receipt and the Margin card. Every number you type on the left lands on the receipt immediately, in a fixed order. This page explains that order and the handful of conventions the sheet relies on.

The order money accrues

The receipt reads top-down in the exact order the maths runs:

Margin is applied before credits come off: you earn margin on the work, and the schemes then discount the customer’s price. GST is calculated on the credited (post-incentive) amount.

Upfront credits vs annual revenue

The Credits & Incentives band mixes two kinds of scheme money, and the receipt treats them very differently:

What each scheme is and how the certificate maths works lives in Australian solar incentives explained — the build sheet only decides what lands on the quote.

Why STCs can legitimately read $0

The small-scale scheme covers the first 100 kW at a site. If existing on-site solar has already consumed that allocation, the new system creates no STCs — the row reads $0 and the card says why. That production isn’t lost: past 100 kW the system registers as a power station and earns LGCs instead, which is exactly the $/yr callout above.

Margin vs markup

The Margin card offers two bases and two modes. The bases are different maths:

The mode picks where the percentage applies: Whole quote spreads one percentage across everything; Per line item lets each line carry its own. Whichever combination you use, the two figures on screen reconcile it: the Margin card’s hero shows the effective % on sell, and the receipt caption restates the same money as the effective markup — same dollars, two lenses.

The meters

The strip next to the page title tracks the benchmarks installers actually compare:

Sections: core, removable, custom

Equipment and Battery are core — they hold the design-stage hardware and can’t be removed (Battery appears only when the design has a battery). The other built-ins can be removed and later restored from the “Add section” chips, and you can add custom sections for anything the built-ins don’t cover — every section totals into the receipt the same way.

Section sets save the current layout — sections, line items, rates — as a named template you can load into any project, so repeat job types start priced instead of blank.

Related docs

Getting Started: Your First ProjectA start-to-finish walkthrough of building your first Amperage project: bill entry, consumption upload, solar and battery sizing, recommendations, and proposal export.How to Read the Proposal OutputHow to read the Amperage proposal output: the payback verdict, the wholesale-revenue accounting rule, the assumption levers, the three tabs, and what customers see when you share.How Are the Recommendations Picked?The exact rules Amperage uses to pick its four recommended solar and battery systems from the sizing matrix — Energy Ideal, NPV Maximising, Grant Maximising and Self-Sufficiency Maximising.

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