The $2 billion data problem electrical distribution still hasn't fixed
In 2023, NAED found poor product data costs electrical distribution over $2B a year. In 2026, that same data decides whether AI engines and a younger generation of buyers ever find you.
In January 2023, the NAED Foundation and Gold Research published a Product Data Journey Map built on 60+ interviews across 42 manufacturers and distributors. Its headline finding was blunt: poor product data quality costs the electrical distribution industry over $2 billion a year.
Three years later, the bill hasn't been paid. The data is still stuck in Excel, still hand-keyed, still inconsistent from one distributor to the next. What has changed is who's paying for it. In 2023 the cost showed up as returns and ecommerce friction. In 2026 it shows up somewhere harder to see: in the searches where your products never appear at all.
What the 2023 report actually found
The study identified nine friction points that show up at nearly every manufacturer and distributor. They were never really a technology problem:
- Incomplete data — required attributes, images, and hierarchy missing.
- Inconsistent data —
15Wvs.15 Watts,BLKvs.Black, the same product filed under different categories. - Inaccurate data — images that don't match the item, case prices entered as unit prices, duplicate or broken UPCs.
- Out-of-date data — retired parts with no notice, spec sheets that changed and were never re-sent, dead links.
- Manual delivery — manufacturers ship Excel; distributors re-key, QC, and re-automate every time a template changes.
The economics were just as concrete. Returns run about 2% of distribution sales and cost roughly 20% of order value, much of it driven by buyers ordering the wrong part from a thin product page. One STIBO case study cited in the report cut data-quality-driven returns from 20% to 0.5% after putting a PIM in place.
The finding everyone skipped past
Buried in the key findings was a line that reads very differently in 2026 than it did in 2023:
Improving product data quality is necessary to keep up with generational changes with younger buyers, distribution sales, and product management staff.
The report saw it coming. The buyer who used to call a counter rep and read a part number off a crumpled spec sheet is retiring. The buyer replacing them grew up on Amazon. They expect to filter, compare, and check compatibility on a phone in ninety seconds — and if your site can't do that, they assume you don't stock it.
A short, all-caps ERP description (CB 20A 1P 120/240V) doesn't answer a single
question that buyer has. And the same data gaps that frustrate a 28-year-old
estimator are the ones that make your catalog invisible to the tools they
increasingly search with first.
The 2026 version of the same problem
In 2023, "better ecommerce" meant your own website. In 2026, the front door moved again. A growing share of product research now starts inside an answer engine — ChatGPT, Perplexity, Google's AI Overviews — that reads the web and returns one synthesized recommendation instead of ten blue links.
These engines don't reward clever copy. They reward exactly what the NAED report was asking for three years ago: complete, consistent, machine-readable product data. A model can only recommend a breaker it can parse — its amperage, poles, voltage, interrupting rating, and what panel it fits. Bury that in a PDF cutsheet or a paragraph of marketing fluff and you don't rank low. You don't exist.
So the $2 billion never went away. It changed denomination:
- Then: returns, inflated data-management headcount, lost order size.
- Now: all of that, plus every "best 20A AFCI breaker for a 1960s panel" query that gets answered with a competitor's catalog instead of yours.
What this looks like on one real SKU
Take a part every electrical distributor stocks: the Eaton BR120, a 20-amp, single-pole Type BR circuit breaker that sells for about $8.78.
On a strong product page, everything an answer engine needs is present and parseable:
| Attribute | Value |
|---|---|
| Brand · SKU | Eaton · BR120 |
| Amperage | 20 A |
| Poles | 1 |
| Voltage | 120/240 V, single phase |
| Interrupting rating | 10 kAIC |
| Width | 1 in |
| Compatible panels | Eaton Type BR load centers; UL-approved replacement for Bryant, Westinghouse, and Challenger |
| Listings | UL listed · HACR rated · switch-duty rated |
| GTIN | 786676362108 |
Now picture the same part in a typical distributor catalog, loaded straight from a supplier feed and never touched again:
BREAKER BR 20A 1P 120/240— Eaton's residential BR circuit breakers are used in load centers, panel boards, or similar devices…
Same part, same price. But the second version has no structured attributes, no interrupting rating, no width, and — critically — no mention that this breaker is a UL-approved replacement for Bryant, Westinghouse, and Challenger panels. That single fact is the buyer's entire question.
Try it. Ask ChatGPT or Perplexity for a 20-amp breaker to replace one in an old Westinghouse or Bryant panel. To name the BR120, the model has to read a page that states that compatibility in plain text. The distributor who reduced it to
BREAKER BR 20A 1Pcan't be the answer — the fact simply isn't on the page.
Where does your catalog sit today?
The report scored data maturity on a curve from ad hoc to optimized. Three years on, the levels still describe the industry — and most distributors interviewed sat near the bottom of it.
| Level | What your SKU data looks like | What it costs you |
|---|---|---|
| 0 · Ad hoc | Supplier Excel uploaded as-is; all-caps titles; few attributes | Invisible to search and AI; returns from wrong-part orders |
| 1 · Managed | Syndicated feeds auto-loaded, then hand-patched | Parity with every rival on the same feed; price is the only lever |
| 2 · Defined | A real data model; required attributes set per category | Pages are filterable, but the copy is still generic |
| 3 · Measured | PIM/DAM/ERP integrated; data-quality KPIs tracked | Sharp site search; you can prove the ROI of data work |
| 4 · Optimized | Enriched, buyer-specific, machine-readable content at full catalog scale | You're the cited answer — in site search, Google, and AI engines |
The leap that matters is to level 4. In 2023 that read like a multi-year systems program. In 2026 it's mostly a content problem — and content is automatable.
The fix is the same one the report prescribed
The 2023 best practices still hold — an enhanced data model, governance, and automated PIM/DAM/ERP/ecommerce integration instead of manual Excel. The benchmarks the report cited are why it's worth doing:
- Products to market up to 6× faster
- Ecommerce growth up to 50%
- Returns 23% lower, customer inquiries 27% fewer
- Description error rates down 90%+
- Direct and organic ecommerce traffic up 2.6×
What's changed is that you no longer need a multi-year program and a new headcount to get there. A PIM stores the data; the bottleneck was always the work of filling it — normalizing units, mapping attributes to a taxonomy, writing buyer-specific copy, and reconciling every manufacturer's Excel quirks across tens of thousands of SKUs.
That's the part Anglera automates. We take the messy supplier feeds the NAED report described and turn them into structured, enriched, AI-ready content that lands in the PIM you already run — in weeks, not quarters.
The industry has known about its $2 billion problem since 2023. The difference in 2026 is that the buyers, and the engines they search with, have stopped waiting for it to be fixed.