Philippine Tourism Has Three Arrival Counters and a 300,000 Gap

The same eight-month task, run through eTravel, the merged immigration series and a private estimate, yields three totals and two growth rates.

SeaPRwire – On 4 September 2026, the Philippine Department of Tourism gave reporters a number: 4,115,860 international visitors for January to August, up 3.7% on the same months of 2025. On 18 September 2026 the department’s own dashboard displayed 4,415,860 for the identical period, up 0.78%. The distance between the two September 2026 releases is exactly 300,000 people, or 7.3% of the smaller figure. Neither release was withdrawn. Neither was labelled a correction.

For anyone outside the tourism trade this looks like a clerical problem. It is not. It is what happens when an official statistical series changes the instrument that produces it while keeping the name, the headline format and the political purpose. The country still received a quantity of foreign visitors between January and August 2026. Three separate counting systems were pointed at that quantity, and they returned three different answers.

This piece treats the three systems as instruments and runs the same task through each one. The task is simple enough to repeat: count every person admitted to the Philippines between 1 January and 31 August 2026 who is not a resident, break the total down by country of passport, and compare it with the same count for 2025. What follows is the output of each instrument, the arithmetic that separates them, and a short guide to which counter is fit for which job.

One task, stated so that it can be repeated

Precision about the task matters, because most of the disagreement in Philippine arrival statistics comes from people using the same words for different operations.

The unit is a person, not a trip. A visitor who enters twice in eight months counts twice, which is how almost every tourism authority in the world counts. The territory is the customs and immigration boundary, including airports and seaports. The window is 1 January to 31 August 2026, the period DOT reports as the year to date. The classification key is country of passport, which is what produces the familiar table of source markets.

The task has one property that makes it unusually hard to do cleanly. The Philippines has a very large diaspora, and a large share of the people crossing its border on a foreign passport are former citizens coming home to visit family. Under the Balikbayan programme, dating from Republic Act 6768 and amended by Republic Act 9174, a former Filipino who has naturalised abroad can enter visa free for a year. That person is a foreign passport holder on arrival and a returning family member in every other sense. Whether they enter the count decides whether the American market is 818,318 or 926,575.

DOT’s published total for 2025 was 6.44 million visitors, with tourism receipts of PHP 694 billion and tourism direct gross value added of PHP 2.27 trillion, or 8.1% of GDP. In 2025 the sector supported 7.7 million jobs. Those are the numbers the department is accountable for. The arrival counter is the input that feeds them.

Instrument one: a form filled in before landing

The first instrument is eTravel, the government’s online arrival registration. It is mandatory for every inbound traveller, including Filipino passport holders and crew, and it opens 72 hours before departure. A completed form produces a QR code that airlines check at check-in and immigration officers scan on arrival.

Because eTravel is a registration system, its raw output is a count of registrations, not a count of admissions. Almost everyone who registers does land, so the two numbers are close. They are not identical. A registration can be filed and the flight missed; a connecting passenger can be rebooked; a seafarer can register for a leg that is later cancelled.

The 4 September release used eTravel alone. Its market table read: United States 818,318, South Korea 727,379, Japan 350,191, China 310,088, Australia 234,156, Canada 231,972, Taiwan 154,957, United Kingdom 132,370, Singapore 126,812, India 77,883. In the January to August 2026 window, growth was led by China at 69.15% and India at 32.20%, with South Korea down 17.42% and Taiwan up 9.63%.

Instrument two: the form plus the immigration record

The second instrument merges eTravel registrations with records held by the Bureau of Immigration, the agency that actually admits people at the port. DOT launched a public dashboard on 16 September 2026 that runs on this merged basis, and the 18 September coverage described the source plainly: eTravel records from the Department of Information and Communications Technology, plus Bureau of Immigration records.

The merged total for the same eight months is 4,415,860, against 4,381,585 in 2025, a gain of 34,275 people. The market table rearranges itself. In the September 2026 release the United States rises to 926,575, or 20.98% of the total. South Korea sits at 744,732 in the same table, or 16.86%. Japan appears at 321,545, or 7.3%.

Table 1: Three published counts of the same eight-month task, with each publisher’s own stated change

Instrument	Publisher and date	Jan to Aug 2026	Change as published
eTravel registrations only	DOT, 4 September 2026	4,115,860	+3.7%
eTravel plus immigration records	DOT dashboard, 18 September 2026	4,415,860	+0.78%
Private estimate	LPC, reported 7 October 2026	about 4.40 million	roughly flat

 

Source: DOT , Philippine Tourism Data Dashboard, September 2026 (site home); Economic Daily News , 4 September 2026; Migrant Times , 19 September 2026

Instrument three: a number with no published method

The third instrument is a private estimate. On 7 October 2026, Chinese-language Philippine coverage cited LPC, a property research house, putting arrivals for January to August at about 4.40 million, essentially flat on 4.38 million a year earlier. The same report said growth peaked at 12% in February 2026, stalled from April, and turned negative year on year from May. For January to August 2026 it put China at about 303,000, up roughly 93%, and Korea at 744,000, down 22%.

The LPC number is worth including precisely because it is not an official series. It reaches the same order of magnitude as the merged count through a different route, and its market detail agrees with the merged series on Korea while agreeing with the eTravel series on nothing else. But no methodology is published: not the sample, not the treatment of balikbayan, not whether the count is by port of entry or by first destination. A number without a published method is a signal rather than a measurement, and it should be cited as one.

The 300,000 gap does not behave like an addition

The obvious explanation for the gap is that the merged series adds returning overseas Filipinos to the eTravel count. Three hundred thousand extra people over eight months, in a country with ten million citizens abroad, is a plausible size for that flow. The explanation is probably right in aggregate and wrong in detail.

If the merged series were eTravel plus an extra population, no market could shrink when you move from one to the other. Japan shrinks. The eTravel series has Japan at 350,191; the merged series has it at 321,545, a fall of 28,646, or 8.2%. China also falls, from 310,088 to 303,000, down 2.3%. The United States rises by 108,257, or 13.2%. Korea rises by 17,353, or 2.4%.

A series that is a strict superset cannot subtract 28,646 Japanese visitors. Something else is happening. The two instruments are not nested; they are differently shaped. A registration form records the passport and itinerary declared before travel. An immigration record reflects what the officer admitted, under which category, at which port. Reclassify a group, deduplicate a set of records, or change how a transit passenger is booked, and individual markets move in both directions while the total still rises.

That is the useful finding here, and it is more interesting than the headline gap. The 300,000 is not a pile of extra people sitting on top of the first count. It is the net of additions and subtractions across a much larger set of records, which means the market-level numbers from the two series cannot be mixed. A sentence that pairs the merged total with the eTravel country table is not approximately right. It describes a population that no instrument measured.

Four pairings, four growth rates

The growth rate is where the instrument choice becomes politically visible, because 2026 is the year the Philippines is trying to defend a target.

DOT’s stated goal for 2026 is between 6.4 million and 6.8 million international visitors, with 7 million described in September coverage as a stretch figure. Against a 2025 outcome of 6.44 million, the low end of that range is flat and the high end is a 5.6% gain.

Now count the ways to compute a year-on-year change for the first eight months. The eTravel series compares like with like and reports +3.7%. The merged series compares like with like and reports +0.78%. Cross the two and the answer changes sign.

Table 2: The same eight months, four ways of pairing a numerator with a baseline

Numerator	Baseline	Implied change
4,115,860 (eTravel, 2026)	3,969,000 (eTravel, 2025, implied)	+3.7% as published
4,415,860 (merged, 2026)	4,381,585 (merged, 2025)	+0.78% as published
4,115,860 (eTravel, 2026)	4,381,585 (merged, 2025)	-6.1%
4,415,860 (merged, 2026)	3,969,000 (eTravel, 2025, implied)	+11.3%

 

Source: derived from the three series in Table 1; the 2025 eTravel baseline is implied by dividing 4,115,860 by 1.037 and is therefore an estimate, not a published figure

The third row is the one that should worry the department. If a reader takes the newer 2025 baseline and the older 2026 numerator, Philippine arrivals fall 6.1% in the first eight months. If a reader takes the older baseline and the newer numerator, they rise 11.3%. The two published figures are both defensible. The two unpublished combinations are both nonsense, and both are one careless citation away from print.

The 2025 baseline moved by roughly 412,000 people between the two releases, which is larger than the 300,000 gap in 2026. That restatement is the part nobody has explained in public. A statistical office restating a baseline by 9.4% in 2026 is entitled to do so, but it normally publishes a note saying what changed. Without that note, the 2025 comparison set is a moving floor.

What each counter is good for

None of this makes any of the three instruments wrong. It makes them specialised. The mistake is treating them as interchangeable, and the fix is a short routing table.

• For a headline about foreign tourists, use the eTravel series. It excludes most returning citizens by construction, which is what the word tourist is usually meant to capture.
• For airline capacity, airport slots and hotel pipeline planning, use the merged series. It includes every admission, including the balikbayan who occupies a seat and a room.
• For tourism receipts and GDP contribution, use neither. Use the Philippine Statistics Authority’s tourism direct gross value added and DOT’s receipts series, which count spending rather than heads.
• For the 6.4 million target, ask which series the target is measured on. The published target does not say, and the two candidates differ by 7.3% at the eight-month mark.

That last gap matters arithmetically. To reach 6.4 million on the eTravel basis, the Philippines needs about 2.28 million arrivals in September to December, or 571,000 a month. On the merged basis it needs about 1.98 million, or 496,000 a month. The four-month run rate implied by the merged series is already close to the lower threshold; on the eTravel series it is not.

The 6.4 million target is a fourth instrument

A target is not a measurement, but it behaves like one once it enters a press conference. The 2026 target carries a complication: it was set before either the eTravel or the merged series existed in its current form, so the baseline it was built on is neither.

DOT’s own mid-year communications show the strain. On 6 October 2026 the tourism secretary was reported expressing confidence in the 6.4 million goal, with cumulative growth of 3.46% to that date. That 3.46% figure, reported in October 2026, is consistent with the eTravel series and inconsistent with the merged one. By 18 September 2026 the dashboard series showed growth of 0.78% for eight months. Both statements are true of their own instrument. Only one of them can be true of the target, and the target does not specify which.

There is a second complication, which is the China market. The Philippines opened 14-day visa-free entry for Chinese citizens in January 2026 at Manila and Cebu, and DOT has been seeking to extend it to Clark, Caticlan, Bohol and Palawan. Chinese arrivals rose from 1.74 million in 2019 to a peak that has never been recovered, then collapsed, and are now 310,088 on the eTravel basis for eight months of 2026, up 69.15% year on year. The October 2026 LPC estimate puts the gain at 93%.

A market growing at 69% or 93% from a small base is exactly where instrument differences bite hardest, because the base is small and the reclassification is large. If the visa-free expansion proceeds, the 2027 comparison will be built on a 2026 base that two instruments disagree about by 7,000 people in one market and 300,000 in total.

Receipts are the counter nobody argues about

Amid three arrival counters there is one number that has not been restated: money.

Tourism receipts for 2025 were PHP 694 billion. Tourism direct gross value added was PHP 2.27 trillion, or 8.1% of GDP, with shopping, accommodation and food services the largest components. Those figures come from the Philippine Statistics Authority’s tourism satellite account, which is built from expenditure surveys and business records rather than from a form filled in at the airport.

Dividing receipts by arrivals gives a rough yield per visitor. For 2025, on 6.44 million arrivals, PHP 694 billion works out to about PHP 107,800 per visitor, or roughly USD 1,900 at an exchange rate near 57 pesos to the dollar. That is a high figure by regional standards and it is one reason the arrival count matters less than it appears: a 300,000-person disagreement moves receipts by about PHP 32 billion, or 4.6%, if the marginal visitor spends the average. It does not move the GDP contribution, because the satellite account does not divide by an arrival count.

The distinction is worth holding on to. Arrival counters are an input to marketing and aviation planning. Receipts and value added are the economic output. When the two disagree, the output number is the one that has been through an accounting process.

What would settle this

Three things would close the gap, and all three are cheap.

First, publish the bridge. DOT has both series. A one-page table showing, for each source market, the eTravel count, the immigration count and the difference, would explain the 300,000 in an afternoon and end the guessing. Statistical agencies do this routinely when they change a collection method; the silence is a choice, not a constraint.

Second, restate 2025 on both bases and say so. The 2025 figure moved by about 412,000 between releases. Publishing both baselines, with the date each was computed, would let analysts compute a like-for-like change without inferring one.

Third, state which series the 6.4 million target is measured on. This costs nothing and removes an entire genre of misleading coverage, including the genre that quotes a merged total next to an eTravel market table.

Until then, the honest way to cite Philippine arrivals in 2026 is to name the instrument in the same sentence as the number. “4.4 million on the merged series” and “4.1 million on eTravel” are both accurate. “4.4 million visitors, with 818,318 Americans” is not, and it will keep appearing in print because the two numbers are one search apart.

Data basis

Data as of October 2026. The primary metric is international visitor arrivals for 1 January to 31 August 2026, as published by DOT in two releases and by LPC through Philippine media. All three totals are taken as published. The two crossed pairings in Table 2 divide one published numerator by another series’ baseline, which is arithmetic, not measurement.

Three definitions govern the work. The numerator counts persons, not trips. The growth denominator is the same eight calendar months of 2025. Markets are classified by passport, which is why the balikbayan treatment moves the United States line far more than the China line. One adjustment is deliberately not made: no returning-citizen flow is added or subtracted, because no publisher discloses it by market.

Limitations

• The LPC estimate is triangulation only; no sample, method or port coverage is published.
• The 2025 eTravel baseline is derived from a rounded 3.7% growth rate, so it carries about plus or minus 15,000.
• Receipts per visitor divides spending by an arrival count from another collection system, so it is an average, not a marginal yield.

Sources

• Department of Tourism , Philippine Tourism Data Dashboard and 2025 year-end results, September 2026 (site home)
• Economic Daily News , DOT January to August arrivals at 4.11 million, 4 September 2026
• Migrant Times , visitor arrivals edge up to 4.42 million through August, 19 September 2026
• The Nation Week , tourism and statistics, dashboard launch and 2025 value added, 18 September 2026
• China News Service via Toutiao , LPC estimate of 4.40 million arrivals, 7 October 2026
• Philippine Consulate General, Toronto , Balikbayan privilege under Republic Act 6768 and 9174 (site home)

 

This article was prepared by the expert team at Global Infinity Labs, drawing on insights and data provided through its MCP data services.

About Global Infinity Labs

Global Infinity  Labs is an AI innovation company specializing in MCP data services.

Email: support@globalinfinitylabs.com

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Three Numbers That Decide Indonesia’s Factory Story

17.5 against 40.7

Start with the ratio, because it is the one that does not get quoted.

By: Robert Sterling – AsiaPresswire – In the first quarter of 2025, non-oil and gas manufacturing accounted for 17.50% of Indonesian GDP — Rp 991,785.2 billion of output at current prices, according to Statistics Indonesia. In the twelve months to the second quarter of 2025, the same sector absorbed 40.72% of total realised national investment: Rp 568.4 trillion, according to Industry Minister Agus Gumiwang Kartasasmita’s October 2025 press conference.

Divide one by the other. Manufacturing takes about 2.33 times its share of GDP in investment.

That is the whole argument, in one ratio. A sector producing roughly a sixth of output is consuming roughly two fifths of the capital being deployed in the country. Either that is a deliberate bet on industrialisation that will pay off later — which is the government’s position, and a defensible one — or it is capital being spent at a poor rate of conversion. Both readings are compatible with the data available. The data available does not, on its own, settle which is true.

The third number in the set is jobs. That same Rp 568.4 trillion of manufacturing investment is credited with 19.44 million workers absorbed, 13.41% of national employment. So: 40.7% of the capital, 17.5% of the output, 13.4% of the jobs.

Read in that order, the sector is capital-hungry relative to what it currently produces and to whom it currently employs. That is what a country in the middle of a downstreaming push looks like. It is also what a country with an expensive logistics base looks like. The rest of this piece is about telling those two apart.

Eight months of PMI, read in order

The monthly sentiment data is where the volatility lives, and reading it as a series rather than as a headline is the entire trick.

S&P Global’s Indonesia Manufacturing PMI, 2025:

• January: 51.9 — moderate expansion, the highest reading since May 2024.
• February: 53.6 — strongest growth in eleven months, driven by new orders and output.
• March: 52.4 — slower than February, still comfortably above 50.
• April: 46.7 — sharp contraction, the steepest since August 2021.
• May: 47.4 — still contracting, slightly less badly.
• August: 51.5 — back above the line.
• September: 50.4 — slower growth.
• October: 51.2 — third consecutive monthly improvement, with employment rising at the steepest pace in five months.

The range across eight months is 6.9 points. That is not a sector gently trending. That is a sector whose monthly readings swing between “strongest in nearly a year” and “worst in nearly four years” inside ten weeks.

Two things sit behind the April collapse. Domestic demand weakened after the post-Eid consumption period, and export orders to the United States fell as tariff uncertainty hit. Layoffs in the wider economy passed 24,000 workers by May 2025, which feeds straight back into domestic demand for manufactured goods. Input costs rose at the same time, and manufacturers absorbed most of it: factory gate prices rose only fractionally, because raising them would have cost volume.

October’s reading is the more informative one, because of what did not happen. New orders rose for a third month at a pace equal to the joint-strongest since March. Employment rose. But production was flat, and panel members attributed that partly to having run down finished-goods inventory in prior months. Export orders fell for the second consecutive month.

Usamah Bhatti, economist at S&P Global Market Intelligence, put it this way in the October release: “The improvement in the health of the Indonesian manufacturing sector strengthened at the start of the fourth quarter of 2025, boding well for the coming months.” He also flagged the price side — “Firms were hesitant to fully pass through higher expenses to clients, as factory gate charges rose only fractionally as part of efforts to remain competitive on price.”

The quarter-by-quarter share series

The GDP share figures are more stable than the PMI and more useful than any single annual number, because they show the direction.

Non-oil and gas manufacturing as a share of GDP at current prices, by quarter:

• Q1 2024: 17.47% (Rp 923,722.5 bn)
• Q2 2024: 16.70% (Rp 924,737.8 bn)
• Q3 2024: 17.18% (Rp 968,780.8 bn)
• Q4 2024: 17.31% (Rp 982,048.2 bn)
• Q1 2025: 17.50% (Rp 991,785.2 bn)

The spread is 0.8 percentage points across five quarters. The sector is not collapsing and it is not surging; it is holding a share of roughly 17% to 17.5% while the rest of the economy grows around it.

There is a longer arc behind those five quarters, and it points the other way. Annual estimates put manufacturing’s share near 19.3% in 2020, then 18.9%, 18.6%, 18.7%, around 18.5% in 2024, and a projected 18.2% for 2025. On that measure, Indonesian manufacturing has been losing share for five years.

The two series do not contradict each other. The quarterly BPS figures measure non-oil and gas manufacturing; the annual series is a broader definition. But the direction they jointly suggest is that Indonesia is holding its factory base roughly flat as a share of the economy, against a trend of slow erosion that predates the current administration.

Growth rates sit alongside this. The minister put sector growth at 4.94% from the fourth quarter of 2024 to the second quarter of 2025. BPS put non-oil and gas manufacturing growth at 4.31% year on year in Q1 2025, with food and beverage expanding 6.04% — the fastest large sub-sector, and the one that contributes over 30% of manufacturing GDP.

Splitting Rp568.4 trillion by worker

Per-unit arithmetic is where big national figures stop being impressive and start being checkable.

Take Rp 568.4 trillion of annual manufacturing investment against 19.44 million workers in the sector. That is roughly Rp 29.2 million per employed person, or about USD 1,780 at an exchange rate in the region of 16,000 rupiah to the dollar.

That figure needs two caveats before anyone uses it. The Rp 568.4 trillion is a flow — one year of realised investment. The 19.44 million is a stock — everyone currently employed in the sector. Dividing a flow by a stock gives a ratio, not a cost per job created, and the real cost per *new* job is several times higher. The rupiah figure is also sensitive to the exchange rate, and 2025 was not a stable year for it.

With those caveats, the ratio still tells you something: Indonesia is deploying capital into manufacturing at a rate of roughly Rp 29 million per person already working there. Compare that with a sector where the median manufacturing wage is a small fraction of that figure, and the gap is the capital intensity of downstreaming. Smelters, refining and chemical processing are not labour-intensive. They are capital-intensive by design, and Indonesia chose them deliberately.

Per-worker output tells the same story from the other side. Quarterly manufacturing output of roughly Rp 991,785 billion across 19.44 million workers is about Rp 51 million per worker per quarter, or roughly Rp 204 million a year — around USD 12,700 of gross output per person. Again: gross output, not value added, and not a wage. But it is the number to hold when someone tells you Indonesian manufacturing is low-productivity, and it is the number that makes the logistics figure below hurt.

25% exported, 75% sold at home

The minister made a point in October 2025 that deserves more attention than the growth number: Indonesian manufactured goods go 25% to export markets and 75% to the domestic market.

This is the structural fact that separates Indonesia from its neighbours. Vietnam and Thailand run export-led manufacturing sectors. Indonesia runs a domestically-absorbed one. The trade data looks weak by comparison — the minister acknowledged Indonesian exports trail Malaysia, Vietnam and Thailand — and the explanation offered was that this is a market-orientation choice rather than a competitiveness failure.

Both things can be true. A large domestic market is a genuine advantage: 280 million people absorb a great deal of what the country makes, and that demand does not vanish when a foreign tariff changes. It also means the sector is exposed to domestic purchasing power in a way Vietnam’s is not, which is precisely what the April 2025 PMI collapse demonstrated. When domestic demand weakened, factories cut output within weeks.

The export share is where the policy energy is going. Hilirisasi — downstream processing — is explicitly designed to move Indonesia up the export value chain: not nickel ore but nickel products, not bauxite but aluminium. Central Sulawesi and North Maluku have become investment hotspots on exactly this logic.

• Food and beverage: over 30% of manufacturing GDP, growing 6.04% in Q1 2025, overwhelmingly domestic.
• Automotive: driven by domestic demand and EV-related investment, concentrated in West Java.
• Chemicals and pharmaceuticals: expanding on health demand and industrial inputs.
• Textiles and apparel: facing export competition, pivoting toward sustainable fibres.
• Electronics: still modest, growing on regional supply chain shifts.

Only two of those five are meaningfully export-oriented today.

23.5% of GDP spent on moving things

Here is the number that explains the most and gets discussed the least.

Indonesia’s logistics cost is estimated at 23.5% of GDP, against 16.8% for Vietnam and 14.5% for Thailand, on World Bank figures. That is a gap of roughly 6.7 percentage points against Vietnam and 9 points against Thailand.

Put it against the sector it bites hardest. If manufacturing is about 17.5% of GDP, then a logistics burden nine points above a direct competitor is a tax on every factory that has to move anything — which is all of them. On a per-unit basis it is the difference between a West Java plant being competitive for an export order and not being competitive, before a single wage or tariff is considered.

Why is it so high? The answers are structural and unglamorous:

• An archipelago with a road network concentrated on Java and inter-island movement dependent on shipping.
• Port dwell times and handling costs that are improving but remain above regional comparators.
• A trucking sector with low average fleet age and high empty-running rates.
• Warehousing concentrated around Jakarta, so anything made elsewhere travels to Java before it travels anywhere else.

That last point interacts with the next section. Manufacturing is concentrated in Java partly for good reasons — infrastructure, market proximity, suppliers — and that concentration then generates logistics costs for everyone outside Java who wants to participate in the same supply chains.

170 parks, 95,000 hectares, 59.5% full

As of May 2025, 170 industrial park operators held licences, covering close to 95,000 hectares, with an occupancy rate of 59.52%.

Sixty per cent occupancy is the number to sit with. It means roughly 38,000 hectares of serviced, licensed, industrial-zoned land is currently empty. That is not necessarily a bad thing — a park needs vacancy to absorb a large new tenant, and 40% vacancy is not unusual for a young estate — but it does complicate the argument that Indonesia’s constraint is a shortage of industrial land.

If 40% of licensed park land is empty, the binding constraint is somewhere else: power, water, port access, or the cost of getting a tenant through licensing fast enough to matter. The Ministry of Industry’s response has been to draft a regulation for Special Industrial Zones, or KIT, intended for smaller or themed parks in land-constrained or strategically located areas. That is a sensible instrument for the land-constrained case. It does nothing for the empty-38,000-hectares case.

The occupancy figure also hides enormous variation. A park in Bekasi or Karawang near Jakarta will be near full. A park in Central Sulawesi attached to a nickel project will be full by definition. A park in a secondary province without a dedicated power plant or a port agreement will sit at a fraction of that, and will sit there for years.

Six months in Java, eighteen in Kalimantan

The regional distribution is the most concentrated part of the whole picture.

Java hosts more than 75% of Indonesia’s medium- and large-scale manufacturing establishments. West Java alone accounts for over a third of the national total, by virtue of sitting next to Jakarta with access to ports and a dense supplier base. Sumatra and Sulawesi are growing, mostly on resource processing. Kalimantan is growing from a very low base.

Then there is the timeline problem. Land acquisition for industrial use takes roughly six months in Java. In Kalimantan or Papua, it can run beyond eighteen months, driven by conflicting local land-use rules and overlapping claims.

An eighteen-month differential is not an inconvenience. It is the difference between catching an investment cycle and missing it. A company evaluating two sites will discount the second one by the carry cost of eighteen months of capital, plus the risk that the land is still not clear at the end of it. That is how a country ends up with 75% of its factories on one island while officially pursuing regional equity.

Layer on the licensing picture. The Omnibus Law was written to simplify exactly this, but reporting cited by industry analysts indicated fewer than 40% of provinces had fully implemented its provisions by 2023, per Ministry of Law and Human Rights data. A national reform that lands in under half the provinces produces a country where the answer to “how long will this take” depends entirely on which map you are standing on.

Where the capital came from

Manufacturing foreign direct investment in the first quarter of 2025 totalled USD 28.2 billion, up about 14% year on year.

The source list is a map of the region’s capital flows: Singapore, China, Hong Kong, South Korea and Japan. Destination hotspots by commodity: Central Sulawesi for nickel, North Maluku for smelters, West Java for automotive and electronics.

Twenty-eight point two billion dollars in a quarter is a large number, and it is worth noting what it mostly is: capital for processing facilities, not for light manufacturing employment. A nickel smelter in Central Sulawesi might employ a few thousand people for a billion dollars of investment. A garment factory in West Java might employ the same number for a few tens of millions.

That is not a criticism of downstreaming. It is an explanation of the 40.7%-investment / 13.4%-employment pair at the top of this piece. Indonesia is choosing capital-intensive processing because it has the ore and it wants the value added, and it is accepting a lower employment yield per dollar as a result.

Two policy levers are currently in play. The Domestic Component Level, or TKDN, is being relaxed, with President Prabowo Subianto asking his administration to ease requirements to attract more foreign investment. And the KIT regulation is being drafted to allow smaller, themed parks. Both push in the same direction: make it easier for foreign capital to land. Neither addresses the logistics cost.

What 6.9 points of swing costs a factory

The PMI is a diffusion index, not a volume index, and it is worth translating what a 6.9-point range actually does to a factory floor.

A reading of 53.6 in February and 46.7 in April is not “slightly better” and “slightly worse.” Above 50, more firms report improvement than deterioration; below it, the reverse. April’s 46.7 was reported as the steepest contraction since August 2021, which means a majority of panel firms reported conditions deteriorating, and deteriorating at a rate not seen in nearly four years.

For a factory manager, that translates into three concrete costs.

• A sector that swings this fast has to hold more buffer stock than one that trends. Buffer stock is working capital, and working capital in Indonesia is not cheap.
• Output flat while employment rises — the October pattern — means labour is being held through a soft patch rather than shed. That is good for the workers and expensive for the balance sheet, and it is visible in the October data as the steepest employment rise in five months alongside unchanged production.
• Input costs rose at the strongest rate in eight months in October while factory gate prices rose only fractionally. Margin compression of that kind does not show up in GDP. It shows up in the next investment decision.

The range also matters for anyone modelling the sector. A single point estimate for Indonesian manufacturing growth in 2025 is close to meaningless when the monthly sentiment data spans 46.7 to 53.6 inside one year. Any credible forecast has to be a range, and the range has to be wide — roughly four to five percent growth if domestic demand holds, and something nearer flat if the post-Eid pattern of 2025 repeats and export orders to the United States stay soft.

That is the honest position. The sector is expanding, the employment signal turned positive in October, and the swing is large enough that anyone claiming precision about the next two quarters is guessing.

Two numbers to check next quarter

The argument about Indonesian manufacturing will not be settled by the PMI, which will keep swinging, or by the GDP share, which moves in fractions of a point.

Check these two instead.

Occupancy rate of licensed industrial parks. It was 59.52% in May 2025. If it rises, the capital is landing and the downstreaming bet is converting into operating plants. If it stays flat while investment keeps rising, the money is going into announcements and land banks rather than production. This is the single cleanest indicator available and it is published.

Manufacturing share of GDP at current prices. It was 17.50% in Q1 2025, up from 16.70% a year earlier. If the next four quarters hold above 17.5%, the sector is genuinely growing faster than the economy. If it drifts back toward 17% and then below, the 40.7% investment share is buying market share in nothing.

Everything else — the logistics percentage, the land acquisition timelines, the TKDN negotiation — is the mechanism. These two are the readout.

source https://newsroom.seaprwire.com/press-releases/finance/three-numbers-that-decide-indonesias-factory-story/

Thirty Minutes, Then Back on the Rank

Muhaisnah 4, before the shift

By: Logan Pierce – AsiaPresswire – The cabinet is about waist height, beige, and mostly unremarkable until you look at the plate. Then it says 360 kW, and it stops being furniture.

Three hundred and sixty kilowatts is not a home wallbox. It is a piece of industrial equipment that happens to be standing in a staff car park. Dubai Taxi Company put the first two of these hubs where its own fleet sleeps: one at the depot near Dubai International Airport, one at the headquarters in Muhaisnah 4. Both are places where a taxi can be plugged in while its driver is doing something else — signing off a shift, drinking tea, waiting for the dispatcher to call a number.

I have not driven a Dubai taxi shift, and I want to be plain about that before the scene gets going. What follows is assembled from Dubai Taxi Company’s 2025 annual and sustainability reporting, DEWA’s published charger and tariff material, the Roads and Transport Authority’s fleet history, and the access rules the utility publishes for its own network. The equipment, the numbers and the locations are documented. The shift described below is what that equipment makes possible, reconstructed rather than transcribed.

The reconstruction is not complicated. A driver comes off the road with a car that has been working since before dawn. He plugs in. The cable is heavy and the connector seats with a sound like a truck door. He walks to the canteen. If the cabinet behaves as rated, he is back on the rank inside half an hour, which is the number that decides whether this whole programme works or does not.

What 360 kW means on a working day

The agreement behind these chargers was signed at WETEX 2025 between DEWA and Dubai Taxi Company, under DEWA’s “EV Green Charger” programme. It commits 208 ultra-fast charging points across the emirate, with individual units rated up to 360 kW, and a pathway to expand the network to 354 points by 2040.

Two hubs open first — the airport depot and Muhaisnah 4. The rest of the 208 arrive over the following 12 to 18 months.

The arithmetic of a taxi fleet is unforgiving, and it is worth doing out loud. A taxi that is charging is not earning. A taxi that charges slowly is a taxi that has to be scheduled around its own battery. A 360 kW unit, on a vehicle with a battery that will accept the rate, turns a charging stop into something closer to a fuel stop: a break of well under thirty minutes rather than an hour and a half.

Multiply that by a shift. If a driver can take one short top-up mid-shift rather than losing the car for a long block, the fleet needs fewer vehicles to cover the same number of trips. That is the actual economic case, and it has nothing to do with emissions. Emissions are the reason the programme gets funded. Utilisation is the reason it gets built.

DEWA and DTC estimate the first phase cuts roughly 37,939 tonnes of CO2 a year, rising to as much as 49,654 tonnes once the existing chargers are counted alongside the new ones.

380 Seals, and the range figure that matters

The vehicles arrived before most of the chargers did, which is the normal order of these things and also the normal source of trouble.

In 2025 Dubai Taxi Company partnered with Al-Futtaim Electric Mobility to put 380 all-electric BYD Seal sedans into service. DTC’s own sustainability reporting puts the figure of electric taxis deployed during the financial year at 435. The Seal’s stated range is up to 370 kilometres per charge, and the model was chosen over a hybrid for a reason: it is a full battery-electric car with enough range to cover a Dubai working day with air conditioning running, which is the only range test that means anything here.

Three hundred and seventy kilometres sounds like a lot until you do the shift maths. A Dubai taxi working a full day with the compressor running covers a great deal of ground, sits in Sheikh Zayed Road traffic with the air conditioning at full load, and idles at ranks. Range in a hot climate is not a distance figure, it is a cooling figure. The 370 km number is a manufacturer figure, and the fleet number will be lower.

DTC says 91% of its fleet is already hybrid or electric. That is a striking figure and it is worth reading carefully: hybrid is doing most of the work in it. Hybrid vehicles have been in the fleet for years, and they are the reason the company can make the claim honestly while still having a great deal of electrification left to do.

Hybrid trials started in 2008

This is not a new programme, and the people running it know it is not.

Dubai’s roads and transport authority began putting hybrid vehicles into taxi service in 2008, seventeen years before the DEWA agreement. The reported result was a 34% reduction in fuel consumption and emissions against the conventional vehicles they replaced. That is a large number achieved with a technology that nobody would now call ambitious.

The sequencing matters. Hybrids first, because they need no infrastructure at all and because the fuel saving shows up immediately in the operating account. Then plug-in hybrids, then a partial battery-electric fleet on depot charging where the routes are predictable, and only then a large battery-electric fleet dependent on public ultra-fast infrastructure.

That last step is the one Dubai is taking now, and it is the step where the infrastructure has to arrive on time. The 2008 trial did not require a single charger to be installed anywhere. The 2025 programme requires 208 of them to be installed on schedule, in a city where every site needs a grid connection, a landlord, and a wayleave.

The tariff on the screen

Charging is not free and never was.

DEWA has said pricing for the new fleet points will follow its standard “EV Green Charger” tariffs, with the possibility of special rates for fleet operators. Access is through the DEWA app, smart cards, or contactless payment. Fleet operators register through the utility’s portal and manage drivers underneath a commercial account.

For the driver, the interesting question is not what a kilowatt-hour costs. It is what the company does with the cost. If charging is deducted from a driver’s settlement, behaviour changes immediately and not always in useful ways — drivers skip top-ups, run low, and idle. If charging sits on the company account, the utilisation case works and the emissions case works, and the operator carries a new line in its cost base.

The utility’s own network has been running since 2014 and already supports more than 1,500 charging points across Dubai. The DTC agreement is not the beginning of anything. It is the first time the network has been built around one fleet’s operational timetable rather than around general public access, and that is a different engineering problem: peak demand concentrated at shift-change, at two specific sites, every single day.

Who absorbs the downtime

The hard part of fleet electrification is not the cars.

• A taxi off the road for charging is a taxi not on the rank, and ranks are how Dubai’s system allocates work.
• Charging demand peaks exactly when the fleet wants to hand over: early morning and early evening.
• Two hubs at the start means two places where a queue forms, and a queue at a 360 kW point is a scheduling failure, not a technology failure.
• Battery-electric taxis have a different maintenance profile, which means the workshop has to learn something new at the same time as it is learning the chargers.

DTC’s reporting shows it has been preparing for the maintenance side. It introduced an electronic incident reporting system during 2025, developed EV-specific business continuity and emergency response protocols, and tested what happens when the charging infrastructure is unavailable. That last item is a detail most fleet operators do not publish, and it is the one that tells you whether a company has thought about failure or only about rollout.

The other absorbing mechanism is capital. Two hundred and eight ultra-fast points is not a small project, and it is being built by the utility rather than the fleet operator, which spreads the cost across DEWA’s rate base rather than putting it on DTC’s balance sheet. That arrangement is why the deal exists at all.

What DTC said in its own report

The company’s 2025 disclosures are unusually specific, and three lines are worth quoting rather than paraphrasing.

Fleet electrification: 435 electric taxis deployed during the year, alongside the installation of 208 ultra-fast charging stations, described as expandable to 354 by 2040.

Long-term target: full electrification of the taxi and limousine fleet by 2040, with the electric fleet expected to pass 2,500 vehicles by 2030.

Health and safety: an electronic incident reporting system, structured training for drivers and staff supporting People of Determination, and a Driver Mental Health and Wellbeing Programme.

That last cluster is easy to skip past in a sustainability report. It should not be skipped, because a fleet electrification programme is also a workforce change programme. Drivers who have spent fifteen years reading a fuel gauge are now managing a state of charge, an app, and a queue. DTC’s decision to put a mental health programme in the same report as the charger count is more informative than any of the emissions figures, because it means someone inside the company understood the shape of the change.

The company also joined the British Safety Council during 2025 and built a digital ESG data collection tool, which is the sort of thing that reads like boilerplate and matters when a fleet is trying to prove to a regulator or a lender that its emissions claims are measured rather than asserted.

Solar on the workshop roof, capped by regulation

There is a quiet line in the energy section of DTC’s 2025 sustainability report that says more about the constraints than the achievements do.

The company installed solar panels across its workshop and accommodation areas. Those panels supply approximately 25% of its energy needs — and the report describes that as the maximum solar capacity currently permitted under existing regulations.

Read that again. A taxi company with large flat roofs in one of the sunniest cities on earth has hit a regulatory ceiling on how much of its own power it can generate. The constraint is not technical. It is grid interconnection rules written for a different era, and it is the kind of ceiling that will quietly cap how green an electrified fleet can actually become.

The rest of the efficiency work is more ordinary and has already produced measurable numbers: 470,000 kWh saved annually from LED lighting, 3,050,000 kWh saved annually from more efficient air conditioning, and roughly half of the HVAC units across driver accommodation upgraded or adapted. In this climate, air conditioning is the load. Everything else is rounding.

The driver mental health line in a sustainability report

I want to stay with the mental health programme for a paragraph, because it is the least likely thing to appear in an article about electric vehicles and arguably the most diagnostic.

A taxi fleet converting to electric changes the texture of a driver’s day. The car is quieter, which drivers generally like. The car needs planning, which drivers generally do not. Range anxiety is a real phenomenon for the first few months and then it becomes routine, but the period in between is exactly when a driver’s earnings are most at risk and when a company’s attrition is most likely.

DTC reported a Driver Mental Health and Wellbeing Programme in the same year it deployed 435 electric vehicles and started a 208-point charging rollout. The sequencing is not accidental. A company that has run hybrid trials since 2008 has watched enough technology transitions to know that the failure mode is rarely the machine.

The company also reported AED 3.54 million in approved community and charitable contributions during the year, along with transport support and in-kind services. That is a governance line, not an operational one, but it sits in the same document as the charging figures, which tells you something about how the company wants the whole programme read.

Airport depot, and why two hubs first

Putting the first two hubs on company property is the single most telling decision in the whole rollout.

The airport depot and the Muhaisnah 4 headquarters have three things in common that a public site does not: DTC already owns or controls the land, the vehicles are already there overnight, and the grid connection is a negotiation with one landlord rather than with a municipality and a retail landlord and a facilities contractor.

It is also a hedge. Depot charging is the easy case. The vehicles are parked for hours, the demand is predictable, and if a cabinet is down there is another one twenty metres away and a workshop next door that can look at it. A public ultra-fast hub on a rank or at a mall has none of those properties: the driver cannot wait, the dwell time is minutes rather than hours, and a fault means a taxi is off the road rather than late out of the depot.

Every fleet electrification programme in the world starts on its own property for exactly these reasons. The interesting question is when it leaves. DTC’s 208 points are described as being deployed “across Dubai” rather than at its two sites, and the 12 to 18 month window is when that claim gets tested. Depot chargers can be installed quickly. Kerbside and rank-side chargers require wayleaves, distribution capacity at the specific feeder, and in most cases a civil works package.

Watch the second and third tranches of sites rather than the first. If they are still on DTC land, the programme is a depot programme with a public-facing press release. If they start appearing at ranks, malls and transport nodes, it is what it says it is.

Rank allocation, and the queue left unmodelled

Dubai’s taxi system runs on ranks. A driver’s earnings are substantially a function of where he sits in a queue and how quickly the queue moves, and that makes queueing physics an industrial relations question rather than a traffic question.

Electrification inserts a new constraint into that system. A driver who needs to charge cannot take the next fare. A driver who arrives at a rank with 12% state of charge is a driver whose next fare is a decision rather than a default. And a rank where three chargers serve forty taxis is a rank where the charging arrangement has to be allocated by somebody — a dispatcher, an algorithm, or seniority.

• Who gets the charger at shift change, and how is that decided?
• What happens to a driver who is dispatched a long airport run on a low battery?
• Is charging time paid time, unpaid time, or a deduction against the settlement?
• Does the dispatch system see state of charge at all, or only location?

None of these questions appears in an infrastructure announcement, and all of them determine whether drivers experience this as an upgrade or as a tax on their day. DTC’s decision to publish a mental health programme in the same reporting year suggests the company has at least some of them on a whiteboard.

For a fleet operator elsewhere in the Gulf watching this, that is the transferable lesson. The charger count is the easy part to copy. The dispatch integration is the part that decides whether the fleet actually runs.

Limousines, and the half of the fleet left uncounted

DTC’s electrification target covers taxis and limousines, and the second category behaves completely differently.

A limousine working airport transfers and hotel runs has a duty cycle that is easier to electrify than a rank taxi. The trips are longer, the start and end points are known in advance, and there is dwell time at a terminal or a hotel portico where the driver is waiting anyway. It is the closest thing in the industry to a scheduled route, and scheduled routes are what battery-electric vehicles are genuinely good at.

A rank taxi is the opposite. Unpredictable trips, unpredictable idle, air conditioning at full load in static traffic for long stretches, and no natural charging window other than the one the driver makes.

The fleet also is not one vehicle type. Alongside the 380 BYD Seals, DTC’s reporting and trade coverage place Tesla and Skywell vehicles in the fleet as well, which means three different charging curves, three connector and software behaviours, and three maintenance regimes inside one operation. Standardising a fleet is a decades-long project; running a mixed fleet through a transition is the actual job.

That is also why the 91% hybrid-or-electric figure deserves caution as well as credit. A fleet that is 91% electrified in the loose sense can still be a fleet where the daily miles are overwhelmingly driven by cars with combustion engines under the bonnet, because hybrids do the high-utilisation work and the battery-electric cars do the predictable work. The number that would settle it — electric-only share of fleet kilometres — is not one anyone publishes.

2040 is the target; 2030 is the test

Two hundred and eight points, twelve to eighteen months, two hubs to start. Those are the numbers that will decide whether this works, and none of them is about 2040.

The real deadline is 2030, when DTC expects to pass 2,500 electric vehicles. Two thousand five hundred cars sharing a network that is still being built is a much harder operational problem than 435 cars charging at two depots. It requires charging to be available where the taxis are, not where the company’s own property happens to be, and that means kerbside and rank-side infrastructure rather than depot infrastructure.

The honest test is simple enough to run from outside. Watch whether the 208 points are actually energised within the stated 12 to 18 months. Watch whether the expansion figure of 354 by 2040 gets revised upward as the 2030 fleet target approaches, because if it does not, the arithmetic does not close. Watch whether any of the later sites are at ranks rather than depots.

The driver in Muhaisnah 4 will tell you whether it worked long before any of that is published. If the cable goes in and he is back on the road inside half an hour, the programme is real. If he is waiting behind four other cars at shift change, it is a press release.

source https://newsroom.seaprwire.com/press-releases/finance/thirty-minutes-then-back-on-the-rank/

China’s Network Got 9.1% Busier. The Money Moved 0.7%.

A hydrant in Chengdu has a SIM card

By: Robert Sterling – SeaPRwire – Somewhere in Chengdu there is a fire hydrant that reports for duty every morning. It sends a short packet through a carrier’s network, several times a day, saying in effect that it is still a hydrant, still upright, still where the map says it is. The electricity meter in the same stairwell does something similar. So does the lift, the shared bicycle locked to the rack outside, and the parcel locker by the gate that has started charging tenants for the fourth hour of storage.

None of these objects has a voice plan. None of them streams video. Each of them holds a SIM card and each of them counts, in the regulator’s arithmetic, as a connection.

By the end of 2025 the three carriers in China (Mainland) — China Telecom, China Mobile and China Unicom — reported 2.888 billion cellular IoT terminal users, a net increase of 232 million over the year. That figure now exceeds the 1.061 billion mobile phone users on the same networks. Machines outnumber people on the Chinese mobile network by something close to three to one, and the ratio is still widening. IoT connections make up 61.3% of every terminal connected to those mobile networks.

This is the part of the story that never makes the press conference. The other part does: 5G base stations, gigabit fibre, computing hubs in the interior. Both parts are true, and they are true in the same year, and only one of them moves revenue.

The 9.1% and the 0.7%

Here are the two numbers the Ministry of Industry and Information Technology put at the top of its 2025 telecommunications statistics bulletin, released in late January 2026.

Telecommunications service volume — a quantity index, roughly a measure of how much traffic and how many connections the system carried, weighted and deflated — rose 9.1% year on year.

Telecommunications service revenue rose 0.7%.

Read those two lines next to each other for a while. Nine point one against zero point seven. A network that carried almost a tenth more of everything it carries, and brought in well under one percent more money for doing it. (The carriers will point out, reasonably, that volume and revenue measure different things, and that a deflated volume index is not a price. It is still a fairly stark pair of numbers to publish about yourself.)

This gap is not a Chinese peculiarity. Every operator in every market that built out fibre and 5G in the 2020s is living inside some version of it. What is distinctive about China (Mainland) is the scale at which the gap is now running, and the frankness with which the regulator puts both figures in the same bulletin.

The practical consequence lands on the capital side. If traffic grows at high single digits and revenue grows at a rounding error, then the return on the next base station is not the return on the last one. The engineering answer has been to chase cost out of the network. The commercial answer, so far, has been to sell connectivity in units nobody would have recognised as a product in 2015: a hydrant check-in, a lift diagnostic, thirty seconds of video from a dashcam.

Where the base stations sit

The build-out did not slow down. At the end of 2025 the country had 12.87 million mobile base stations in total, up 227,000 on the year. The split inside that number is more interesting than the total.

• 5G base stations: 4.838 million, a net addition of 588,000, now 6% of all mobile base stations, up four percentage points on the year.
• 4G base stations: 7.192 million, up only 80,000. 4G is still the larger single technology by site count, and it will be for a while.
• Base stations with 5G RedCap capability: 2.064 million, equal to 7% of all 5G sites.

That last line is the one that explains the hydrant. RedCap — Reduced Capability, the industry’s own name for the cut-down version of 5G — is designed for devices that need more than a legacy IoT chip and far less than a phone. Lower bandwidth, lower power, cheaper modules, no need for the full antenna count. Rolling it out across 42.7% of the 5G estate within roughly a year of it becoming a deployment priority is the carrier’s direct answer to the margin question: if the network is going to carry 2.888 billion things, then a large share of those things should occupy the cheapest possible slice of it.

On the user side, 1.204 billion 5G mobile subscribers were counted at the end of 2025, 65.9% of all mobile phone users, up 9.2 percentage points in twelve months. The migration is far enough along that the remaining 34% is now the harder half: older devices, price-sensitive users, rural households whose 4G handset still does everything they ask of it.

RedCap, the cheaper 5G

It is worth slowing down on RedCap, because it is the clearest example of how the Chinese network shifted from a consumer build to an industrial one.

A full 5G module in a sensor is absurd. You do not need multi-gigabit downlink to tell a district heating utility that a valve is closed. What you do need is a module cheap enough to deploy in tens of millions, a battery that lasts years rather than days, and a network that will still be maintained in 2035. RedCap trades bandwidth and latency headroom for exactly those three things.

The numbers on the ground are straightforward. Out of 4.838 million 5G base stations, 2.064 million had been upgraded to accept RedCap devices by the end of 2025. That is not a pilot. That is a coverage decision made at national scale, and it is what makes the 28.88 million-per-year growth in IoT connections physically possible rather than aspirational.

• Meters, hydrants, lifts and shared mobility: cheap modules, tiny payloads, years of battery life.
• Dashcams and in-vehicle units: intermittent bursts, moderate bandwidth, high device counts.
• Wearables and health monitors: low duty cycle, long replacement cycles, tight power budgets.
• Factory sensors and inspection cameras: the segment that actually justifies 5G’s latency claims.

The fourth category is the one the policy documents care about, and the one that is hardest to count. The first three are the ones that show up in the connection statistics, and they show up in enormous numbers.

Fibre, 10G PON, and 74.99 million kilometres of glass

Fixed infrastructure kept the same rhythm. During 2025, 2.113 million kilometres of new optical cable were laid, taking the national total to 74.99 million kilometres. For scale, the equator is about 40,000 kilometres, so the country now has enough glass in the ground to circle it roughly 1,875 times. (This is the kind of fact that appears in every national telecom bulletin and means very little, which is precisely why it appears in every national telecom bulletin.)

The useful numbers sit under it:

• Fixed broadband access ports: 1.251 billion, up 48.77 million.
• Fibre access (FTTH/O) ports: 1.21 billion, up 50.30 million, now 8% of all broadband ports.
• 10G PON ports capable of gigabit service: 31.62 million, up 3.419 million.
• Fixed broadband subscribers: 691 million, up 20.99 million.
• Subscribers on 1000 Mbps or faster: 238 million, up 31.57 million, 5% of all fixed broadband users.

Copper is functionally finished as an access technology. At 96.8% fibre ports, the remaining 3.2% is legacy estate being retired rather than a competing platform.

The gigabit number deserves a second look. Thirty-one point six million 10G PON ports serve 238 million gigabit subscribers, which is a ratio of roughly 7.5 subscribers per port — a reasonable split ratio for passive optical networking, and one that suggests the port build is running slightly ahead of subscriber demand rather than desperately behind it. Growth of 31.57 million gigabit subscribers in a year, against 20.99 million total broadband subscriber growth, means the gigabit tier is now where essentially all fixed broadband growth happens. People are not joining; they are upgrading.

Eight hubs, five of them in the west

The computing side is where national policy became physical concrete. The “East Data, West Computing” programme, known in Chinese as dongshu xisuan, was designed to move data processing away from the coastal provinces that generate it and toward the interior provinces that have cheap land and, more importantly, cheap electricity.

Eight national computing hub nodes were designated. Five of them are in the western region. The logic is not subtle: a training cluster or a cold-storage archive does not need to sit next to its users, it needs power that costs less and does not brown out in August, and land that a coastal municipality would rather use for something with a higher tax yield.

By mid-2025, the National Data Administration was reporting total computing capacity as second in the world by scale, alongside a claim about the geographic distribution that matters more than the ranking: interior nodes were taking a growing share of new capacity, and the coastal provinces were, for the first time, not the default answer to “where does this data centre go”.

Across the three carriers, 938,000 data centre racks were in service and offered externally at the end of 2025, up 108,000 on the year. That is a growth rate of about 13% in rack count, in a year when service revenue grew 0.7%. The description in the ministry’s own bulletin is revealing: the carriers’ focus has shifted from “broad coverage” to “deep integration”, from selling basic cloud resources to selling scheduling, and from building racks to making the racks they already have work together.

That shift is a margin story. Racks are capital. Scheduling is software. If you can sell the same rack twice by filling its idle hours, you do not need to build as many racks.

Racks, power, and the bill that arrives later

There is a cost to all of this that the connection statistics do not capture.

A 938,000-rack estate draws a great deal of electricity, and in China (Mainland) it draws it from a grid that is simultaneously absorbing an enormous build-out of solar and wind. The interior hubs were sited for cheap power, but “cheap power” in a province that is also industrialising fast is a moving target. Several western hub sites have already had to plan substation capacity alongside rack capacity, which is the sort of detail that turns a two-year project into a four-year one.

The second cost is the one that arrives later: depreciation. A base station built in 2020 is on a different depreciation clock from a RedCap upgrade installed on it in 2025, and a rack commissioned in a hub in 2023 is competing with racks commissioned in 2025 that are denser, better cooled and cheaper to run. The carriers’ capital budgets have to absorb both, and the revenue line grows at 0.7% while they do it.

• Network traffic and connections: up sharply, and the volume index says 9.1%.
• Revenue per unit of traffic: down, and the revenue line says 0.7%.
• Capital intensity: still high, because coverage commitments do not expire.
• Power and land: the input cost that the western hubs were supposed to solve, and partly have.

Put those four together and you get the actual strategic problem of Chinese telecom in the late 2020s. It is not a coverage problem and it is not a technology problem. It is the problem of an industry that has built something extremely good and has not yet found a way to charge for it in proportion to how good it is.

The west connected faster than the east

One regional detail in the bulletin deserves more attention than it got.

Gigabit subscriber penetration at the end of 2025, by region:

• Western region: 36.1% of fixed broadband users, up 4.4 percentage points.
• Eastern region: 34.6%, up 3.4 points.
• Central region: 33.9%, up 2.7 points.
• North-east region: 29.0%, up 5.4 points.

The west leads the east on gigabit penetration, and gained faster. There is a mundane explanation: the western provinces were starting from a lower base, and new build is cheaper to do at gigabit than upgrading an estate that already has copper-era plant in it. There is also a policy explanation, which is that the same programme that put five of eight computing hubs in the west has been pushing fibre and transmission spending there for several years.

Revenue, though, has not followed capacity eastward. Telecom service revenue share by region in 2025: eastern 50.9%, western 24.3%, central 19.7%, north-east 5.1%. The Yangtze River Delta on its own accounts for 23.2% of national telecom revenue; the Beijing-Tianjin-Hebei region, 9.1%.

So the network that is being built fastest is, in relative terms, being built where the money is thinner. That is a defensible national policy and a difficult commercial one, and the tension between the two is not going to resolve on its own.

Who pays for a network that keeps getting cheaper

Follow the money and the answer is: industry, mostly, and increasingly industry that is not telecom.

The 5G applications that show up in the ministry’s framing are industrial — connected factories, port automation, mining, grid inspection, and the “5G + industrial internet” category that has been in every five-year document since 2019. These are the applications that justify the latency and the slicing, and they are also the applications that require someone other than a carrier to do the integration work.

That is where the revenue shows up, if it shows up at all: not in the access charge, but in the system integration contract, the platform fee, the maintenance agreement. The carriers have spent a decade becoming very good at building networks and are now trying to become credible at selling everything wrapped around them, which is a different business with different margins and different competitors.

For the consumer side, the picture is simpler and less comfortable. Prices have fallen, speeds have risen, and 65.9% of mobile users are on 5G. Almost none of those users is paying a premium for it. The upgrade was absorbed into existing plans, which is exactly what the 9.1%-versus-0.7% pair describes from the other end.

1.19 billion HarmonyOS devices and 60% of AI patents

Two more figures from the same August 2025 State Council briefing are worth holding carefully, because both are large and both need a definition attached.

The first: the HarmonyOS ecosystem passed 1.19 billion devices, spanning more than 1,200 product categories — phones, cars, appliances, and a long tail of things that used to ship with a proprietary little operating system nobody updated. That is a genuine installed base, and it is the largest single piece of evidence that the country has an alternative client platform with real scale.

The second: 60% of the world’s artificial intelligence patents. This one is more slippery. Patent counts depend entirely on which office you count, whether you count applications or grants, and whether a family counts once or once per jurisdiction. Sixty percent of global AI patent filings is a defensible statement about filing behaviour at the national office. It is not a statement about who has the best models, and the briefing did not claim it was.

The reason both numbers belong in an article about telecom infrastructure is the same reason RedCap belongs in it. The build-out was never only about access. The stated goal, repeated across four years of policy documents, has been a domestic stack: domestic chips, domestic operating systems, domestic models, running on domestic networks, sold to domestic industry.

• Access layer: 4.838 million 5G sites, 1.21 billion fibre ports, 31.62 million 10G PON ports.
• Device layer: 1.19 billion HarmonyOS endpoints, 1.204 billion 5G subscribers.
• Compute layer: eight national hubs, five in the west, 938,000 external racks.
• Application layer: 2.888 billion IoT connections, 61.3% of everything attached to the mobile network.

Each layer is measured by a different agency, in different units, on a different schedule. That is precisely why the revenue figure is the one worth watching — it is the only number in the stack that cannot be flattered by choosing a unit.

What the bulletin declines to break out

A national statistics bulletin is a political document as well as a technical one, and its silences are informative.

There is no breakdown of IoT revenue per connection. There is no average revenue per user for the gigabit tier, only subscriber counts and port counts. There is no utilisation rate for the 938,000 racks, which is the single number that would tell you whether the western hubs are filling or standing half empty. There is no figure for how much of the 588,000 net new 5G sites were built to meet a coverage obligation rather than a demand signal.

None of these omissions is sinister. All of them are commercially sensitive, and a regulator that published them would hear about it. But a reader trying to work out whether the 9.1% versus 0.7% gap is narrowing or widening cannot do it from this bulletin alone, because the two lines that would settle it — revenue per IoT connection, and rack utilisation by hub — are exactly the two that are missing.

That leaves outside observers doing arithmetic on the numbers that are published. Divide 232 million net new IoT connections into the difference between total service revenue growth and what subscriber growth alone would explain, and you get a number with an enormous error bar and the right sign. It suggests IoT is being sold at a fraction of the per-unit revenue of a phone line, which is unsurprising, and that the fraction is not improving quickly, which matters.

Read the revenue line, not the press release

If you want to know how this goes, do not read the base station count.

Base stations are a commitment, and commitments get met. Racks are a commitment too. What is not a commitment is the revenue line, and that is where the honest information lives. Watch three things next year: whether service revenue growth climbs back above two percent, whether IoT connection growth continues to outrun any plausible growth in IoT revenue per connection, and whether the western hubs start reporting utilisation figures rather than capacity figures.

The hydrant in Chengdu will keep checking in either way. It has no opinion about any of this, which is of course the entire point of it.

source https://newsroom.seaprwire.com/press-releases/finance/chinas-network-got-9-1-busier-the-money-moved-0-7/

Indonesia’s Nickel Downstreaming: What a Decade of Industrial Policy Actually Produced

Robert Sterling – AsiaPresswire – Indonesia banned the export of unprocessed nickel ore in January 2020, pulling forward a deadline that had originally been set for 2022. Five years on, it is the most consequential industrial policy experiment in Southeast Asia, and the clearest test anywhere of whether a commodity-producing country can force its way up the value chain by legislating against its own exports.

The answer is genuinely mixed, and the mix is more instructive than either the celebratory or the dismissive version of the story. Indonesia did build a processing industry that did not exist. It also created chronic global oversupply, locked itself into a technology and capital structure it does not control, and discovered that banning an export is much easier than capturing the margin that sits at the end of the chain.

This piece is about what the policy actually built, what it cost, where the money actually goes, and what a company deciding whether to commit capital there needs to test before it writes a cheque.

The policy, stated precisely

The measure most people mean by “downstreaming” is a prohibition on exporting nickel ore, introduced through a mineral and coal mining regulation and brought forward to take effect in January 2020. The logic was straightforward: if ore cannot leave, processors must come to the ore.

Three things about it are worth being precise about, because the shorthand versions mislead.

It is not a tax. It is a prohibition. That distinction matters for modelling, because a tax can be priced and hedged while a prohibition reorders the physical geography of an industry.

It is not limited to nickel. Indonesia has applied the same logic to bauxite and has extended the approach, in various forms, to other commodities including copper and tin. Companies treating this as a nickel-specific rule are reading the policy too narrowly.

It is not static. Thresholds, permitted product forms, royalty structures, and domestic-market obligations have been adjusted repeatedly since 2020. Any model built on the rules as they stood in a given year needs re-checking against the rules as they stand now.

The instrument has also been paired with inducements: tax holidays, investment allowances, and the designation of industrial estates where processing is concentrated. The two largest are the Morowali industrial park on Sulawesi and the Weda Bay complex on Halmahera in North Maluku. Most of the country’s processing capacity sits inside those two sites, which is itself a concentration risk worth naming.

What the country actually became

On the narrow question of whether the policy worked as industrial policy — did processing capacity appear? — the answer is unambiguously yes.

Indonesia moved from exporting raw ore to exporting ferronickel, nickel pig iron, matte, mixed hydroxide precipitate, and, further along, nickel sulfate and precursor material. By the middle of the decade it accounted for a share of global mined nickel supply approaching or exceeding half, depending on the year and the source consulted, up from a fraction of that before the ban. Export revenue from nickel products rose from low single-digit billions of US dollars in the ore era to tens of billions afterwards — a genuine, large, and fast shift in the composition of the country’s exports.

Employment at the two main parks runs to tens of thousands of direct jobs. That is a real number in a country where the alternative use of remote land in Sulawesi and Halmahera was close to nil.

What is less often stated precisely is what that capacity is for. The overwhelming majority of Indonesian processing capacity was built for stainless steel — ferronickel and nickel pig iron feeding the stainless chain — rather than for batteries. The battery-grade portion, produced mostly through high-pressure acid leaching into mixed hydroxide precipitate and then into sulfate, is real and growing but remains the smaller part of the complex. A country that banned ore exports to serve the electric vehicle revolution ended up, in its first phase, mostly serving stainless steel.

Where the chain actually stops

Stage	What it produces	Where Indonesia sits	What it captures
Mining	Laterite and saprolite ore	Dominant global position	Lowest margin, highest physical footprint
Smelting (RKEF)	Ferronickel, nickel pig iron	Very large, largely built	Commodity margin, tied to stainless demand
Refining (HPAL)	Mixed hydroxide precipitate	Growing, capital-intensive	Higher margin, exposed to cobalt and acid costs
Sulfate and precursor	Battery-grade nickel chemicals	Present but limited	Approaching cell-grade pricing
Cathode and cell	Cathode active material, cells	Early / under construction	The margin everyone wants
Pack and vehicle	Battery packs, EVs	Assembly only	The margin downstreaming was aimed at

 

The table is the argument. Indonesia is unambiguously dominant at row one, very strong at row two, present at row three, limited at row four, and not yet established at rows five and six. The stated ambition of the policy was row six. The delivered result, five years in, is mostly rows one to three.

This is not a criticism of execution so much as a description of what happened. Each step up the table requires a different input — not more ore, but technology, process know-how, qualification with cell makers, and access to a customer who will accept your material into a battery supply chain. Those are not things a prohibition on ore exports can compel. They have to be bought, licensed, or built over years.

The stainless anchor, and why it still sets the floor

Battery demand gets the attention, but stainless steel still absorbs the majority of primary nickel, and that fact is what makes the Indonesian build-out financially legible at all. RKEF lines producing ferronickel and nickel pig iron have a customer base that exists today, in volume, and does not require qualification. That is why the first phase of downstreaming went there rather than into battery chemicals: the capital was available, the technology was mature, the off-taker was known, and the product could be sold the day the line started.

This has a stabilising effect that is easy to miss. When battery-grade nickel prices weaken or when a cell maker delays a programme, the stainless chain keeps absorbing metal. It acts as a floor under offtake, and therefore under utilisation, in a way that a purely battery-facing industry would not have. It also means that the economics of most Indonesian capacity are driven first by stainless demand in China and India and only second by electric vehicle forecasts — which is the opposite of the framing most coverage uses.

The consequence for anyone modelling this market is that “nickel demand” is not one number. It is two largely separate demand pools with different price sensitivities, different customers, and different contract structures, connected mainly by the fact that producers can switch some capacity between them. Treating them as a single market is why so many forecasts of the 2021–2023 period were wrong in the same direction.

What it cost

The costs are real and they fall in four places.

Capital. Smelting and refining are among the most capital-intensive industrial activities in the commodity world. A rotary kiln–electric furnace line is expensive; a high-pressure acid leach plant is more expensive still, and its economics depend on ore grade, acid supply, and the cobalt credit in the byproduct stream. The billions of dollars invested came overwhelmingly from foreign capital, and the single largest source of that capital is Chinese.

Power. Indonesian smelting is heavily coal-fired, with captive power plants built alongside the lines. That has two consequences. The carbon intensity of the resulting nickel is high, which increasingly matters for buyers who have to report it. And it ties the economics of the metal to the cost and availability of domestic coal, which the government also prices and regulates.

Environment. Laterite mining clears land and moves very large volumes of material. The tailings question is the hardest one, and in parts of the country the practice of disposing of tailings at sea has drawn sustained criticism. Acid leaching creates its own waste stream. Companies sourcing Indonesian nickel and reporting against European battery or supply-chain due diligence rules should assume these issues will be raised, and should have sourcing documentation that withstands it.

Market structure. This is the cost that was least anticipated. Indonesia added processing capacity faster than global nickel demand grew. The result, visible through 2023 and into the following years, was sustained oversupply and a nickel price that fell well below the level at which the newest and highest-cost capacity is comfortable. Parts of the industry outside Indonesia — Australian laterite operations and several projects elsewhere — were squeezed or shut. Then the pressure came home: margins inside Indonesia compressed as well.

The part the brochures skip: who captures the margin

A prohibition on ore exports guarantees that processing happens in the country. It does not guarantee that the profit from processing accrues to the country or to its companies.

The ownership structure of much of the built capacity is foreign. Offtake is frequently tied to the same groups that provided the capital. Financing, engineering procurement, and construction were largely supplied from outside. In that arrangement, Indonesia receives employment, taxes and royalties, the depreciation of a large physical asset base, and the strategic position of being indispensable to a critical supply chain. Those are not nothing — employment and fiscal receipts are the point of industrial policy — but they are not the same as capturing the margin at the cell and vehicle end of the table.

There is a second-order effect here that deserves attention. Because the dominant capital and offtake relationships run through Chinese groups, Indonesian nickel has become entangled in the classification rules of other countries’ industrial policy. The United States clean-vehicle credit regime applies foreign-entity-of-concern restrictions that trace ownership and control through the supply chain. European rules apply different but overlapping tests. The practical consequence is that material which is perfectly saleable into one market may be disqualified from another, and the disqualification can be triggered by an ownership stake several levels up rather than by anything about the metal itself.

For a company building a supply chain, this means the question is never simply “is there nickel available in Indonesia.” It is “which corporate entity produced it, who controls that entity, and where does the resulting material qualify.”

Qualification: the step nobody budgets for

Selling metal is one thing. Selling metal into a battery supply chain is a different and much slower business, and the gap between the two is where a great deal of announced capacity quietly stalls.

Battery makers do not buy material on specification sheets. They qualify it, plant by plant, through a process that runs from months to well over a year. Samples are produced, cell-level testing is run against cycle life and safety behaviour, the plant’s process control is audited, and the material is then approved against a specific production line. Change the plant, change the process, or in some cases change the ore blend feeding it, and the qualification has to be revisited.

This has three practical implications. First, a refinery that has not been qualified has no battery customer regardless of how good its product is on paper; it can only sell at commodity pricing, which is precisely the margin it was built to escape. Second, the bottleneck is not always chemistry — it is often simply the queue at the cell makers, who can only run a limited number of qualification programmes at once. Third, the value of an existing qualification is high and underappreciated in deal valuations, because it cannot be bought quickly at any price.

There is a related trap on the buying side. A purchaser that signs an offtake for “battery-grade nickel” from a plant under construction is not buying battery-grade nickel; it is buying a schedule, a qualification process, and a set of risks that sit between the two. Contracts that do not distinguish those states — and that do not allocate the cost of a failed or delayed qualification — are the ones that end up in dispute.

What other countries tried, and what happened

Indonesia is not the first country to try this, and the comparison is instructive because the results differ in ways that track the specifics rather than the ambition.

Chile has moved on lithium through a different instrument — a state-participation model for its salt flat operations, with the state taking control or majority stakes in new projects rather than a blanket export prohibition. The approach preserves more room for existing operators and leaves the question of where processing happens partly open. It also moves more slowly.

Guinea holds the world’s largest bauxite reserves and has pushed for domestic alumina refining for years, with results that have been slower and more uneven than Indonesia’s, largely because the capital and infrastructure requirements are less forgiving and the bauxite market is less concentrated.

Zimbabwe and Namibia both moved to restrict raw lithium exports, with Zimbabwe banning unprocessed lithium ore exports. The stated logic is identical to Indonesia’s. The scale of the resulting domestic industry, so far, is not — which is a reminder that a prohibition only works as industrial policy when there is capital ready to build against it and a customer willing to buy the output.

The Philippines is the closest analogue and the most interesting case. It is a large nickel ore producer and has debated an export ban for years without implementing one, which has left it exporting ore into the Indonesian complex it might otherwise have competed with. The comparison suggests that the speed and decisiveness of Indonesia’s move mattered at least as much as the move itself.

Across all of these, the pattern is consistent. Prohibitions work when three conditions hold: the country’s share of supply is large enough that the ban changes global trade rather than just diverting it, capital is available and willing to build on the country’s terms, and there is a market for the processed product that does not require the producer to win a qualification race first. Indonesia had all three for stainless-grade material and only the first two for battery-grade.

Questions companies actually ask

Can we get battery-grade material, or only stainless-grade? Both exist, but battery-grade capacity is the smaller share and is concentrated in specific plants. Qualification with a cell maker is a separate and slower process from buying metal.

Is the ore export ban at risk of being reversed? Treat it as permanent policy direction, not a temporary measure. It has survived changes of administration and legal challenge. Model it as a structural feature of the market.

What happens if the price stays low? Capacity built for a higher price does not disappear; it runs at lower margin, and consolidation follows. For a buyer, low prices are favourable. For an investor, they change the project’s whole return profile, and the projects most exposed are the newest and highest-cost ones.

How do we handle the carbon intensity? You report it. The footprint of coal-fired smelting is materially higher than alternative supply, and buyers subject to reporting obligations should be sourcing data at the plant level rather than the country level.

Does Indonesian material qualify for incentives in our target market? Check ownership and control, not just origin. This is the single most common and most expensive sourcing error in this market right now.

Three ways this resolves

The next five years are genuinely uncertain, and the honest framing is scenario rather than forecast.

Consolidation. Prices stay low enough that marginal capacity stops running, and the industry concentrates into the lowest-cost operators. Indonesia’s position strengthens on volume while its fiscal take per tonne weakens. This is, on present evidence, the path of least resistance.

Escalation. Indonesia moves decisively up the table — cathode, cell, and eventually vehicle assembly, supported by incentives and by requirements attached to domestic market access. This requires technology partnerships and customer qualification that no export rule can mandate. Several projects are aimed at it. Whether they reach commercial scale on schedule is open.

Fragmentation. Buyers in the United States and Europe build qualified supply outside Chinese-controlled chains, while Chinese-linked capacity serves the rest of the market. Indonesian volume keeps growing but splits into two pools with different prices and different customers. Elements of this are already visible.

These are not mutually exclusive. Consolidation and fragmentation can happen at the same time, to different parts of the industry.

Glossary

• Laterite — The ore type Indonesia mines, requiring different processing from the sulphide ores common elsewhere.
• RKEF — Rotary kiln–electric furnace, the route to ferronickel and nickel pig iron for stainless steel.
• HPAL — High-pressure acid leaching, the route to mixed hydroxide precipitate for battery-grade material.
• MHP — Mixed hydroxide precipitate, the intermediate product that HPAL produces and refiners convert to sulfate.
• FEOC — Foreign entity of concern, the ownership-and-control test that determines clean-vehicle credit eligibility in the United States.

The risks worth pricing

Technology lock-in. Much of the built capacity was designed around the ore, the capital, and the customer relationships available at the time it was built. If battery chemistry shifts away from high-nickel formulations, that capacity is less valuable than its construction cost.

Environmental liability. Land disturbance and tailings practice are live issues now and will remain so. Expect tightening, and expect the compliance cost to land on producers and then on buyers’ documentation requirements.

Concentration. Two industrial parks carry most of the capacity. A single-site disruption — power, labour, logistics, regulation — is a supply-chain event, not a local one.

Policy drift. Royalty rates, export levies, domestic processing obligations, and local content requirements have all moved. A model built today should be stress-tested against at least two alternative policy settings.

The commodity cycle itself. Nickel is a cyclical commodity with a volatile price history, including a short squeeze in 2022 that remains the clearest illustration of how unstable this market can be. Any project economics built on a spot price rather than a through-cycle assumption should be redone.

A checklist before committing capital

• Establish which row of the chain you are actually investing in, and whether the margin at that row justifies the capital
• Trace ownership and control of your counterparty to the level required by your target market’s rules — not to the level that is convenient
• Source emissions data at plant level, and confirm it survives your reporting obligations
• Model at least two nickel prices and two policy settings; if the project only works at one, it is not a project
• Confirm power supply, logistics, and port access are contracted rather than assumed
• Check whether your offtake customer has already qualified the specific plant, or whether that process has not started
• Ask what happens to your asset if battery chemistry moves away from high-nickel

The honest bottom line

Indonesia’s nickel policy is neither the triumph its supporters describe nor the cautionary tale its critics prefer. It did the thing it set out to do: it moved processing into the country, created a large industrial base where there was essentially none, and changed the structure of a global commodity market within five years. Very few industrial policies in the developing world have done that much, that fast.

What it did not do is the harder part. Banning an export moves the location of an activity. It does not move the location of the margin, the technology, or the customer relationship — those are earned at the top of the chain, and they are earned by qualification, process capability, and access, none of which respond to a prohibition.

For a company deciding what to do about it, the practical conclusion is unromantic. Indonesian nickel is abundant, cheap, and increasingly central to the world’s battery supply. It is also concentrated, carbon-intensive, policy-exposed, and tangled in other countries’ ownership rules. Those facts are not contradictory. They are the deal, and the companies that do well here are the ones that priced all of them rather than the ones that found the cheapest tonne.

source https://newsroom.seaprwire.com/press-releases/technologies/indonesias-nickel-downstreaming-what-a-decade-of-industrial-policy-actually-produced/