Sample ForIntel Import Substitution Scan — A $16B Single-Origin Dependence, and Where Substitution Can Start

What this sample shows

This is a public sample of a ForIntel Import Substitution Scan, published by Foragentis to demonstrate the method. The subject is a market — U.S. lithium-ion battery-cell imports — not a private buyer, so there is no client identity to redact: every trade-flow figure, origin country, HS-code reading, and named supplier here describes a public market and is preserved in full.

It demonstrates what the Scan reads: a two-axis import-substitution view of a single trade line, built from directly observed public data. The opportunity axis measures how concentrated the import is on a single origin and whether that dependence is growing — drawn from official bilateral trade-flow statistics, corroborated across both value and physical weight. The feasibility axis measures the visible domestic-supply signal, using federal procurement records as a directly-measurable proxy for domestic manufacturing demand. Each finding carries an explicit confidence label, and one feasibility layer that returned empty from its upstream source is named as a scoped boundary rather than guessed at.

The verdict

A large, growing, single-origin import worth substituting — with a domestic-supply picture that is real but small, defense-bound, and the constraint to underwrite first.

This is an import-substitution read of the U.S. lithium-ion battery-cell trade line. The opportunity axis is unambiguous: one origin — China — supplies $16.46B of the $23.10B top-ten import value (71.3%), the same share holds by physical weight, and that dependence has grown every year for five years, 7.8× to its current level. It is structural, not a spike, and it is still climbing. The feasibility axis is where candor matters. The visible domestic-supply proxy — the federal battery-manufacturing contract pool — is small relative to the import (~$170.4M, top-50 awards), almost entirely defense, concentrated in a few incumbents, and on a declining trend. And the one layer that would best measure domestic capacity to grow — the business-formation read for the sector — returned empty from its upstream source on every attempt, so it is named as a boundary rather than guessed at. The single most important opportunity is the scale and momentum of the single-origin dependence; the single most important constraint is the thin, incumbent-locked domestic-supply evidence that any substitution plan must deepen before capital is committed.

1. One origin supplies roughly seven of every ten import dollars — the clearest substitution target in the file. In the most-recent complete year, the U.S. imported $23.10B of lithium-ion battery cells from its top ten origins, and China alone supplied $16.46B of that — 71.3%. No other origin comes close: Japan ($1.77B), South Korea ($1.34B) and Hungary ($1.00B) are the nearest, each under $1.8B. The concentration is not a value-reporting artifact either — measured by physical weight the China share is the same 71.3%, an independent corroboration. A single-origin dependence at this scale is exactly what an import-substitution program exists to address.
2. The dependence is structural and still growing — not a one-year spike a buyer can wait out. China-origin import value rose every single year over the last five — from $2.10B to $16.46B, a 7.8× increase (about 67% a year). There is no plateau and no reversal in the series. Importantly, the growth is value-led, not unit-led: the number of cells imported actually peaked mid-period, so the rising figure reflects higher-value product and rising spend rather than a unit surge. The window to substitute is not closing on its own; the dependence compounds with each year it is left in place.
3. The visible domestic-supply signal is real but small and incumbent-locked — the binding constraint on substitution. Set against a $16.46B import, the visible domestic-demand proxy — the federal battery-manufacturing contract pool for the latest complete fiscal year — is roughly $170.4M across the fifty largest awards, almost entirely defense, and concentrated in a handful of incumbents (EnerSys ~$53.3M, EaglePicher ~$45.8M, Stryten ~$17.0M lead). The award trend is significantly declining, and the repeated identical award amounts point to long-term task-order lock-in rather than open competition. The import is enormous; the visible domestic anchor is small, defense-specific and hard for a new entrant to break into.
4. So the opportunity is large but the feasibility evidence is thin — and one feasibility layer is an upstream gap, named honestly. The import-volume case is overwhelming and the trajectory makes it urgent; the feasibility case rests on a small, defense-concentrated federal signal. One layer that would have strengthened the feasibility read — the domestic business-formation read for the battery-manufacturing sector (how many new firms are forming, and where) — returned no data on every attempt from the public source that carries it. That is a named upstream boundary (closing section), not a finding, and not a silent omission. The honest framing: a large, growing, single-origin import worth substituting, with feasibility evidence that is real but partial and should be deepened before capital is committed.

In one line: A single origin supplies 71% of a $23B import and that dependence has grown 7.8× in five years — a textbook substitution target — but the visible domestic-supply signal is small, defense-bound and incumbent-locked, so the opportunity is large and the near-term feasibility is the constraint to underwrite before committing capital.

How to read this report. This is an import-substitution read built on official trade-flow statistics and federal procurement records — the layers that returned and survived an independent re-pull. A HIGH confidence label marks a directly observed, independently re-verified signal (the import concentration, its trajectory, and the federal-contract proxy all carry it); a MEDIUM label marks a signal that is real but rests on a partial base, with the limitation stated inline. Trade figures are reported trade values, not landed cost, and the most-recent year may be partially provisional — stated where it matters. One feasibility layer — the domestic business-formation read — came back empty from its upstream source on every attempt; it is presented as a scoped boundary (closing section) with the reason and the work that closes it, never dressed as a finding. Candor about a boundary is the part that tells you exactly what you may act on now and what a deeper engagement still has to earn.

01 · Import dependence — how concentrated is it, and on whom?

(Confidence: High.) The first question an import-substitution program asks is how concentrated the import is, because concentration is what makes substitution both valuable and tractable. Here it is extreme. In the most-recent complete year, the U.S. imported $23.10B of lithium-ion battery cells from its ten largest origins, and a single origin — China — supplied $16.46B of that, 71.3%. (Source: official bilateral trade-flow statistics for the lithium-ion battery-cell trade line, HS 8507.60, most-recent complete year, ranked by import value.) The drop-off behind it is steep: Japan ($1.77B, 7.6%), South Korea ($1.34B, 5.8%) and Hungary ($1.00B, 4.3%) are the next three, and no origin other than China exceeds $1.8B. The non-China top-ten origins together — eight allied and near-shore partners — sum to roughly $6.6B.

Figure — One origin supplies 71% of the imported value (import value by origin, most-recent complete year, top-ten origins). China supplies $16.46B of the $23.10B top-ten import value (71.3%); no other origin exceeds $1.8B. The same 71.3% holds when measured by physical weight rather than value — an independent corroboration that the concentration is real, not a pricing artifact.

The corroboration is worth stating plainly because it pre-empts the obvious objection. A value-based concentration could in principle be a pricing illusion — one origin shipping the same physical volume at higher prices. It is not: measured by net weight, China's share of the top-ten import is the same 71.3%. Two independent measures — dollars and kilograms — agree on the same dependence. For a substitution program, this is the cleanest possible starting condition: a single, dominant origin to displace, and a set of eight allied and near-shore partners already supplying the balance who form the natural near-term diversification base. One limitation travels with the layer and is named rather than buried: these are reported trade values, not landed costs, and the most-recent year's figures may be partially provisional — decision-grade for concentration and direction, not for cent-level accounting.

02 · Import trajectory — is the dependence growing, or fading on its own?

(Confidence: High.) A concentration that is fading needs no intervention; a concentration that is compounding is a standing liability. This one is compounding. China-origin import value rose in every one of the last five years — $2.10B → $4.47B → $9.30B → $13.22B → $16.46B, a 7.8× increase, roughly 67% a year. (Source: the same official trade-flow statistics, China-origin series over a trailing five-year window.) There is no plateau and no reversal anywhere in the series; the dependence the first section measured is not a recent accident but the endpoint of a sustained, monotonic climb.

Figure — The dependence is structural and still growing (China-origin import value, trailing five years). China-origin import value rose every year, $2.10B to $16.46B — a 7.8× rise over five years. The growth is value-led: the number of cells imported actually peaked mid-period, so the rising figure is higher-value product and rising spend, not a unit surge.

The composition of that growth sharpens the read. The rise is value-led rather than unit-led: the physical count of cells imported peaked in the middle of the window and has since eased, while the dollar value kept climbing. In plain terms, the U.S. is paying steadily more for its single-origin dependence even as the unit count flattens — the import bill is rising on price and product mix, not just volume. That carries a direct implication for substitution economics: the addressable spend is large and growing, so the value at stake in displacing even a slice of it rises each year the dependence persists. This is the section that converts the concentration from a static fact into a time-sensitive one: the window does not close on its own, and the cost of inaction compounds.

03 · Domestic-supply signal — what the visible domestic anchor actually shows

(Confidence: High.) Against an import this large, the decisive question is whether a domestic supply base exists to substitute into. The visible, directly measurable proxy for that — federal procurement of domestically-made batteries — returns a real but sobering signal. For the latest complete fiscal year, the federal battery-manufacturing contract pool across its fifty largest awards totals roughly $170.4M. (Source: federal procurement records for the battery-manufacturing category, latest complete fiscal year, fifty largest awards.) Set beside the $16.46B single-origin import, that is a fraction of one percent — the visible domestic-demand anchor is two orders of magnitude smaller than the dependence it would have to replace.

Figure — The domestic-demand proxy is small and incumbent-locked (federal battery-manufacturing contract value by recipient, latest fiscal year, top-50 awards). The visible federal battery-contract pool (~$170.4M, top-50 awards) is a fraction of the $16.46B import, almost entirely defense, and concentrated in a few incumbents — EnerSys ~$53.3M, EaglePicher ~$45.8M and Stryten ~$17.0M lead. The award trend is significantly declining, and repeated identical award amounts indicate long-term task-order lock-in rather than open competition.

Two features of that small pool matter more than its size. First, it is almost entirely defense procurement — mission-specific battery types bought by defense agencies — so it is not a read on general commercial manufacturing capacity; it measures a specialised, government-anchored slice of domestic supply. Second, it is concentrated and locked in: a handful of incumbents (EnerSys, EaglePicher, Stryten) hold the majority, repeated identical award amounts across periods point to long-term task-order vehicles rather than open competition, and the overall award trend is significantly declining. The honest read for a buyer: a domestic battery-manufacturing base demonstrably exists and is winning federal work, but the visible signal is small, defense-specific, incumbent-locked and shrinking — a real anchor, not a ready-made commercial substitution platform. That is the binding feasibility constraint, and Section 04 frames how to act on it given what this read can and cannot yet see.

04 · What this means for you — the substitution read, in priority order

1. Treat the single-origin cell line as the primary substitution target — it is large, concentrated and growing. One origin supplies 71.3% of a $23.10B top-ten import (the same share by weight), and that dependence has grown 7.8× in five years with no sign of reversal. This is the textbook condition for an import-substitution program: a single dominant origin to displace and a clearly bounded, rising prize. Size the program against the $16.46B single-origin spend, and weight it for the fact that the addressable value compounds each year the dependence persists.
2. Build the near-term diversification base from the eight allied and near-shore origins already supplying the balance. The non-China top-ten origins — Japan, South Korea, Hungary, Canada, Poland, Malaysia, Germany, Vietnam and the Other-Asia partner — already supply roughly $6.6B combined and carry lower geopolitical risk. They are the fastest, lowest-risk substitution path while domestic capacity is built: a diversified-origin strategy can move first, with full domestic substitution as the longer horizon.
3. Underwrite the domestic-feasibility constraint directly before committing capital — the visible signal is small and defense-bound. The directly-measurable domestic anchor (~$170.4M federal contract pool) is two orders of magnitude below the import, almost entirely defense, incumbent-locked and declining. Do not read the existence of a domestic base as evidence it can scale commercially. Commission a dedicated domestic-capacity assessment — announced and under-construction cell plants, private investment, and the new-firm-formation layer this read could not retrieve (closing section) — to convert the feasibility axis from a proxy into a measured capacity figure.
4. Pressure-test the defense incumbents as either partners or barriers. The federal pool concentrates in a few incumbents under what look like long-term task-order vehicles. For a substitution strategy that intends to use federal demand as an anchor customer, establish early whether those incumbents are potential partners or entrenched barriers, and identify the adjacent contract vehicles open to new suppliers — the lock-in is the single biggest entry friction in the domestic signal as it stands.

Scope, confidence & what a deeper engagement adds

This Import Substitution Scan reads three layers at HIGH confidence — the import concentration, its five-year trajectory, and the federal-procurement domestic-supply proxy — all directly observed and, for the headline concentration, independently corroborated across two measures (value and weight). The boundaries below are named with the specific reason and the work that closes each. They are diligence boundaries, not findings, and are never presented as such.

• Domestic business-formation read — an upstream-availability boundary, proven hard. The layer that would best measure whether domestic battery-manufacturing capacity is growing — the rate of new-firm formation and entry in the sector, nationally and across the key manufacturing states — returned no data on every attempt. It was requested three distinct ways (a multi-state pull, a national pull, and a single-year re-pull), and each came back as an empty response from the public source that carries this statistic, not a rejected or malformed request. This is therefore an upstream-availability boundary: the source did not return the series on an otherwise-valid request, reproduced across attempts. It is named here rather than guessed at, and no formation figures are fabricated. The feasibility read consequently rests on the federal-contract proxy (Section 03), which did return. Closing it: a dedicated domestic-capacity assessment that triangulates announced and under-construction cell-plant capacity, private-investment flows, and firm-formation from an alternative source.
• Total-market import denominator — partial. The concentration figures are computed across the top-ten origins (a $23.10B base), which capture the overwhelming majority of the trade line; a full all-origins world total would let the share be expressed against every supplier rather than the top ten. The direction and magnitude of the single-origin dependence are unaffected — China dwarfs every other origin on both value and weight — but the precise share-of-total is bounded to the top-ten frame. Closing it: an all-origins world-total pull to express the share against the complete supplier set.
• Trade value, not landed cost — and a possibly-provisional latest year. All trade figures are reported trade values, not landed costs (they exclude freight, duties and tariffs), and the most-recent complete year's figures may be partially provisional as the trade record settles. They are decision-grade for concentration, direction and magnitude, not for cent-level cost accounting. Closing it: a landed-cost overlay and a re-pull once the latest year's trade record finalises.
• Federal proxy, not total domestic demand — deliberate scope. The domestic-supply signal is the federal procurement pool, which is directly measurable but is a proxy for domestic demand, not the whole of it — and it skews defense. Commercial domestic demand (automotive, grid-storage, consumer) is larger and is not captured by the federal record. Closing it: a commercial-demand and domestic-capacity layer to size the full substitution-addressable market beyond the federal anchor.

This is a trade-flow and federal-procurement import-substitution read at the Import Substitution Scan tier. The natural next step is a deeper engagement that turns this read into a substitution plan: (1) a dedicated domestic-capacity assessment — announced and under-construction cell plants, private-investment flows, and the firm-formation layer this read could not retrieve — to convert feasibility from a proxy into a measured figure; (2) an all-origins world-total and landed-cost overlay so the concentration and the economics are expressed against the complete market; and (3) a partner-or-barrier map of the defense incumbents and the contract vehicles open to new suppliers. To commission it, reach the ForIntel desk directly at forintel@foragentis.com or scope an engagement at foragentis.com/forintel#order.

This is a public sample of a ForIntel Import Substitution Scan, published by Foragentis to demonstrate the method. The subject is a public market — U.S. lithium-ion battery-cell imports — not a private buyer, so there is no client identity to redact; the trade-flow, trajectory and federal-procurement findings describe a public market and are preserved in full. The import-concentration, trajectory and federal-procurement layers are HIGH confidence and directly observed; the headline concentration is corroborated across both value and physical weight. Trade figures are reported trade values, not landed costs, and the most-recent year may be partially provisional. The domestic business-formation read returned empty from its upstream source on every attempt and is carried as a named scoped boundary, not a finding; no formation figures are fabricated. The domestic-supply signal is the federal procurement proxy and skews defense, not total domestic demand.