How do you calculate BESS scrap recovery value?

Multiply the module count by gross recovery value per module by the net recoverable share, then add the fixed logistics offset. With 500 modules at $85 each, a 70% recoverable share, and a $3,500 offset, the variable credit is $29,750 and the net recovery value is $33,250.

Why is net recovery less than gross recovery value?

Gross value is what the metals and black mass are worth; the recoverable share strips out shredding, hazmat handling, assay losses, and recycler margin. At 70%, you keep $59.50 of an $85 gross figure per module before the fixed offset is added.

What is a good scrap recovery value per module?

It depends on chemistry — NMC modules recover far more than LFP because of nickel and cobalt content. In this example the net works out to $66.50 per module including the offset; LFP packs often land well under $50 because their valuable metals are scarcer.

Should the fixed logistics offset be positive or negative?

It can be either. If a recycler reimburses freight or you avoid a disposal fee it is a positive credit; if you pay net packing and hazmat shipping out of pocket it should be entered as a negative number so the tool subtracts it.

Does state of health affect scrap value?

For pure material recovery, no — a shredder values the metal content regardless of cycles. But modules with usable remaining capacity may fetch more through second-life resale than recycling, so check reuse pricing before committing the batch to scrap.

Scrap recovery vs second-life resale — which pays more?

Second-life resale usually pays more per module when packs retain 70 to 80% capacity, but it carries warranty and testing cost. Use this calculator to set the recycling floor, then only divert to reuse if the resale offer clears that floor plus your refurbishment cost.

Grid-Scale Battery Energy Storage Systems calculator

BESS End-of-Life Battery Module Scrap Recovery Value Calculator

Scrap recovery value tells a grid-scale battery operator how much cash a decommissioned BESS string actually returns once spent modules are pulled, processed, and sold to a recycler for their black mass, copper, aluminum, and steel content. Asset managers and decommissioning project leads use it to forecast the residual value line in a project's end-of-life budget and to decide whether modules go to a recycler, a second-life reuse buyer, or a smelter. With lithium and nickel pricing swinging hard, the recoverable share after shredding, transport, and hazmat handling is rarely the headline gross number — this calculator separates the two so you book a credible figure. It matters because end-of-life cost is a real line item in a 20-year BESS pro forma, and overstating scrap credit understates total decommissioning liability.

What this calculator does

Estimate the net scrap recovery value from end-of-life battery modules in a grid-scale BESS decommissioning or augmentation event by combining module count, gross recovery value per module, net recoverable share after recycling costs, and a fixed logistics offset.
Use it when planning a BESS decommissioning or module replacement event and you need to estimate the scrap recovery credit to include in the project end-of-life cost model.
It computes the net dollar value recovered from recycling a batch of end-of-life BESS battery modules after applying a recoverable percentage and adding a fixed logistics offset.

Formula used

Variable scrap recovery credit = end-of-life modules x gross recovery value per module x net recoverable share
Net scrap recovery value = variable recovery credit + fixed site logistics and packing cost offset

Inputs explained

End-of-life battery modules scheduled for recycling:
Gross recovery value per module:
Net recoverable share after processing costs:
Fixed site logistics and packing cost offset:

How to use the result

Use it when budgeting decommissioning, negotiating a recycler take-back price, or modeling residual value at the end of a battery's warranted life.
It assumes one blended gross value and recovery rate across all modules; real recyclers pay by chemistry, state of health, and spot metal prices, so a mixed-chemistry batch needs separate runs.

Current U.S. benchmarks

The producer price index for copper and brass mill shapes stands at 559.593 (BLS, May 2026), up 76.8% from a year earlier. Quotes priced off last quarter's material cost miss this move. Global copper trades at $13,484 per tonne (IMF via FRED, May 2026).
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.
The U.S. has 5,397 electrical equipment and appliances establishments employing about 369,437 workers (Census County Business Patterns, 2023).

Common questions

How do you calculate BESS scrap recovery value? Multiply the module count by gross recovery value per module by the net recoverable share, then add the fixed logistics offset. With 500 modules at $85 each, a 70% recoverable share, and a $3,500 offset, the variable credit is $29,750 and the net recovery value is $33,250.
Why is net recovery less than gross recovery value? Gross value is what the metals and black mass are worth; the recoverable share strips out shredding, hazmat handling, assay losses, and recycler margin. At 70%, you keep $59.50 of an $85 gross figure per module before the fixed offset is added.
What is a good scrap recovery value per module? It depends on chemistry — NMC modules recover far more than LFP because of nickel and cobalt content. In this example the net works out to $66.50 per module including the offset; LFP packs often land well under $50 because their valuable metals are scarcer.
Should the fixed logistics offset be positive or negative? It can be either. If a recycler reimburses freight or you avoid a disposal fee it is a positive credit; if you pay net packing and hazmat shipping out of pocket it should be entered as a negative number so the tool subtracts it.
Does state of health affect scrap value? For pure material recovery, no — a shredder values the metal content regardless of cycles. But modules with usable remaining capacity may fetch more through second-life resale than recycling, so check reuse pricing before committing the batch to scrap.

Last reviewed 2026-05-12.