How do you calculate quote margin?

Subtract estimated cost from the quoted selling price to get gross margin dollars, then divide by reference revenue. With a $125 price, $100 cost, and $100 reference revenue, gross margin is $25 and the quote margin is 25%.

What is the difference between margin and markup?

Markup is profit over cost ($25 on $100 cost is 25% markup), while margin is profit over revenue. They coincide here only because the reference revenue equals cost; normally margin is computed against selling price and reads lower than markup.

What is a good quote margin for district energy projects?

Equipment-heavy thermal bids often target 20 to 35% gross margin to cover overhead, escalation, and field risk. The 25% in the example is a defensible mid-range figure for a competitive bid.

Why use a reference revenue instead of the selling price?

The reference revenue lets you normalize margin against a chosen base — line-item revenue, a contract value, or the selling price itself — so margins are comparable across quotes structured differently.

Does this margin include overhead and escalation?

No. It is gross margin only. On long-lead district energy work you must still cover overhead, material escalation, financing, and warranty out of this percentage, so set your minimum threshold well above breakeven.

How do I improve a thin quote margin?

Re-scope to reduce estimated cost, value-engineer the heat-transfer package, lock material pricing to cut escalation risk, or raise price where your delta-T performance and reliability justify it — then re-run the margin.

District Energy & Thermal Network Equipment calculator

Quote Margin Calculator

Quote margin is the gross profit percentage baked into a district energy or thermal network bid before it ever reaches the customer. Estimators, sales engineers, and project managers use it to confirm that a quote for boilers, heat exchangers, energy-transfer stations, or distribution piping covers its cost and leaves enough margin to absorb risk and overhead. Thermal network projects carry long lead times, volatile steel and copper pricing, and field-labor exposure, so a quote that looks healthy on price can be thin on margin once true cost is loaded. This calculator turns price and cost into a margin percentage you can defend in a bid review.

What this calculator does

Check quoted margin for district energy equipment, ETS skids, pipe networks, controls, thermal storage, field installation, or central utility plant scopes before proposal release.
Use it when quote margin in district energy and thermal network equipment needs a clean margin number for a district energy and thermal network equipment go / no-go review.
It computes gross margin as quoted price minus estimated cost, divided by a reference revenue figure, expressed as a percentage.

Formula used

Quote gross margin dollars = quoted selling price - estimated quote cost
Quote margin = quote gross margin dollars ÷ reference quote revenue

Inputs explained

Quoted selling price:
Estimated quote cost:
Reference quote revenue:

How to use the result

Use it during bid preparation and quote reviews to confirm a district energy proposal clears your minimum margin threshold before submission.
It is a gross-margin view only — it excludes selling cost, warranty reserves, financing, and escalation, so a passing gross margin can still lose money on a long-lead thermal project.

Current U.S. benchmarks

Industrial electricity averages 8.66 cents per kWh across the U.S. (EIA, Apr 2026), up 5.5% from a year earlier. Energy-intensive steps carry this directly into unit cost.
Steel mill PPI stands at 348.53 (BLS, May 2026), up 6.7% from a year earlier. New factory orders are up 2.3% year over year (Census).

Common questions

How do you calculate quote margin? Subtract estimated cost from the quoted selling price to get gross margin dollars, then divide by reference revenue. With a $125 price, $100 cost, and $100 reference revenue, gross margin is $25 and the quote margin is 25%.
What is the difference between margin and markup? Markup is profit over cost ($25 on $100 cost is 25% markup), while margin is profit over revenue. They coincide here only because the reference revenue equals cost; normally margin is computed against selling price and reads lower than markup.
What is a good quote margin for district energy projects? Equipment-heavy thermal bids often target 20 to 35% gross margin to cover overhead, escalation, and field risk. The 25% in the example is a defensible mid-range figure for a competitive bid.
Why use a reference revenue instead of the selling price? The reference revenue lets you normalize margin against a chosen base — line-item revenue, a contract value, or the selling price itself — so margins are comparable across quotes structured differently.
Does this margin include overhead and escalation? No. It is gross margin only. On long-lead district energy work you must still cover overhead, material escalation, financing, and warranty out of this percentage, so set your minimum threshold well above breakeven.

Last reviewed 2026-05-12.