NZIPL Global Atlas of the Clean Industrial Base
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Atlas · Edition 2026.01 · 16 stories

A cartography of the clean industrial base.

From a copper seam in the Atacama to a polysilicon kiln in Inner Mongolia, every clean technology rests on a stack of materials, machines and capabilities. NZIPL maps that stack — country by country, product by product, year by year — so policymakers, industry and the public can see who makes what, and where the leverage lies.

13
Country–technology
stories
2,431
HS-6 products in
the green dictionary
22yr
Of harmonised
trade data, 2003–2024
Lat 23°NIndia · Solar
Edition 2026.0116 stories
Centroid 76°EIndo-Pacific arc
Drag to rotate
Featured stories · 16 country–technology pairs
Atlas Story 01 / 16 Solar PV India · 🇮🇳

India is building solar panels faster than anyone — but on borrowed silicon, glass and copper.

Modules assembled in Tamil Nadu and Gujarat now cover roofs from Texas to Saudi Arabia. The cell, the wafer, the polysilicon and the copper feeding them, however, are imported almost entirely — overwhelmingly through a single supplier. India's exporting downstream while its upstream deepens. This is what energy autonomy looks like, halfway built.

In productionThis story is in the editorial pipeline. The hero shows reference numbers; full data, charts and prose ship in a future Atlas edition.
§01 — Position

A net importer, by a factor of five.

Across the solar value chain, India bought $56.1B of inputs in 2024 and sold $11.3B abroad. That gap is concentrated in two places: copper ore and module-production equipment.

All values, USD 202456.1Bimports / 11.3B exports
Imports — Solar
$56.1B
▲ 21%vs 2023
Exports — Solar
$11.3B
▲ 8%vs 2023
Net deficit
−$44.8B
1.23% of GDP, ↑ 0.18pp
Capability score
0.62
▲ rank 5/196downstream solar
§02 — Geography of supply

The map of solar dependency doesn't look like solar.

Indonesia, Chile and China feed the kilns. Modules flow back to America, the Gulf and Russia. The shape of a solar supply chain is the shape of a copper, alumina and float-glass supply chain — with one outlier dominating cells.

Top-15 partners shown30partner countries total
Supplier (imports from)
Buyer (exports to)
Focal · India
Top suppliers · 2024
Top buyers · 2024
§03 — The ladder

India climbs from the top — modules first, then cells.

Read the chain left to right: copper ore, polysilicon, wafers, cells, modules. India runs a surplus only at module scale; every step before it bleeds dollars. The capability is real, but it's tethered to upstream imports.

Bands show net trade5stages of the value chain
§04 — Time

Twenty-two years of compounding imports.

The deficit didn't widen suddenly. From 2003 onward, every solar phase has scaled — but raw materials and processed materials scaled fastest. The post-2017 inflection in module exports is real. So is the post-2020 surge in inputs needed to make them.

2003–2024 · indexed flows14×imports growth, raw materials
USD millions · stage × role
§05 — Competitiveness

India is good at solar, but not at making solar.

The capability score combines export specialisation, scale and complexity. India is solidly mid-pack — ahead of every European peer except Germany, but a full order of magnitude behind China and the Vietnam–Malaysia–Thailand assembly belt.

2023 · 196 economiesRank 14by capability, all solar
Capability vs export scale
log $B · 2023

Each circle is one economy. Position on the x-axis is export scale; the y-axis is capability (a composite of RCA, complexity and growth). India sits in the upper-middle band, rising fast.

Stage profile
India vs world avg

A balanced producer concentrates near the centre. India's profile leans hard toward the downstream — components and equipment — and away from raw materials and final assembly.

"India's solar story is not weakness. It's asymmetry — a country that learned to assemble a panel before it learned to grow a wafer."
NZIPL Atlas, 2026 editionEditorial · Story 01 / 16
Imports from China · all solar
$10.7B
Modules exported to USA
$1.53B
Polysilicon produced domestically
≈ 0%
Explore · open data

Every country, technology & product in the green dictionary.

2,431 HS-6 products tagged across 12 clean technologies, 196 economies, 22 years. Filter, rank, and pin combinations to compose a story.

Indexed daily2.4Mcells
last refresh · 27 Apr 2026 · 04:12 UTC
Showing 15 of 15 pairs
#Country · technologyStageCapabilityTrend · 8yrExports 2024
Compose · guided builder

Draft a story in three questions.

Pick a country, a technology and an angle. The atlas pulls the data, drafts the narrative and lays out the charts. You annotate, edit and share.

Atlas-drafted~ 60smedian compose time
1Country
2Technology
3Framing
4Draft & edit
5Publish
01 — Countryrequired
Which economy are you investigating?
02 — Technologyrequired
Which clean technology?
03 — Framing questionchoose one or write your own
What's the angle?
Modeaudience × tone × length
Audience
Tone
Length
04 — Compare withsecondary pair
Set against which second country–technology?
Country
Technology
Suggested comparisons
Live preview
Pick a country to begin
Pick a country and a technology to begin.

Atlas drafts a story from any of the 40 country–technology pairs in the current catalog. Five render with full editorial prose; the rest preview structurally and gain depth as CVCE wires more data.

A · Primary

B · Compared

Imports / exports · 2003–2024
Stage balance · 2024
Capability vs region
Top partners · network
Generated narrative
Pick a country and technology to draft a narrative.
Draft v0 · ready to compose Estimated read · 7 min