Top 100 countries producing air conditioners for homes in 2025
Residential air conditioner production hubs in 2025 (using 2024 trade data as a proxy)
Cross-country “production” statistics for home air conditioners are not published as a single comparable global dataset every year. For a clean, comparable snapshot, this page uses UN Comtrade trade data (via WITS) for exports of residential-type air conditioners (HS 841510: window/wall and split-system units), with 2024 as the latest broadly comparable full-year proxy for a 2025 ranking view.
For context, global air-conditioner demand in 2024 was estimated at 131.6 million units (all AC types) by the Japan Refrigeration and Air Conditioning Industry Association, while market-value forecasts for 2025 vary by scope and definition, with one widely cited estimate placing the global air conditioner market around $212.17 billion.
Top 10 countries shaping the global supply of home-type air conditioners
The top of the table is dominated by Asia-based manufacturing ecosystems, with a large gap between the global leader and the rest. North America and Europe appear mainly through specialised production and distribution networks, plus the component supply chain.
China sets the global scale for residential AC manufacturing and exports, supported by dense supplier clusters (compressors, heat exchangers, electronics) and high-throughput assembly.
A major export platform for room and split systems, serving Asia-Pacific and global brands through large industrial estates and established logistics routes.
Strong position in mass-market residential split systems and electronics-enabled models, with export-oriented plants and regional supplier depth.
Competes on higher-spec, feature-rich models and premium engineering, supported by global brands and advanced component design capabilities.
A visible European exporter in room units and compact systems, with strengths in design-driven products and established HVAC manufacturing traditions.
Large domestic market with selective export presence. Manufacturing focus often leans toward broader HVAC categories, plus a sizable component ecosystem.
A key European distribution and trade node. Export figures can reflect logistics and re-export roles alongside regional assembly and servicing networks.
Growing manufacturing base serving both domestic demand and exports, benefiting from ASEAN supply-chain linkages.
European production and export presence, often connected to EU value chains and regional demand for efficient split systems.
Fast-growing domestic market and rising manufacturing capacity, increasingly positioned for localisation and export expansion.
Table 1. Top 10 exporters of home-type air conditioners (HS 841510), 2025 snapshot
Export value is shown for 2024 (proxy year). Where available in the trade dataset, exported units are also shown.
| Rank | Country | Export value (US$ bn) | Exported units (million) |
|---|---|---|---|
| 1 | China | 14.33 | 75.32 |
| 2 | Thailand | 4.62 | — |
| 3 | Malaysia | 0.86 | 9.60 |
| 4 | South Korea | 0.43 | — |
| 5 | Italy | 0.27 | 1.15 |
| 6 | United States | 0.19 | 0.23 |
| 7 | Netherlands | 0.19 | 0.78 |
| 8 | Indonesia | 0.13 | 0.53 |
| 9 | Spain | 0.12 | — |
| 10 | India | 0.11 | 0.35 |
Chart 1. Top 20 exporters of home-type air conditioners (HS 841510), export value
Methodology
The ranking uses international trade statistics as a practical, comparable proxy for production leadership in residential-type air conditioners. Specifically, it relies on UN Comtrade data accessed through WITS for product code HS 841510 (“air conditioning machines of a kind designed to be fixed to a window, wall, ceiling or floor; self-contained or split-system”), which closely maps to household room and split units in global trade reporting.
Because full-year 2025 production-by-country data are not consistently published in a harmonised global series, 2024 is used as the latest broadly complete reference year to represent a 2025 snapshot. Export values are shown in US dollars; where the dataset reports quantities, exported units are shown in “items.” Values are rounded for readability. This approach captures where large-scale manufacturing and cross-border supply take place, but it can also reflect re-exports through logistics hubs and differences in reporting coverage across countries.
For market context, this page also references global demand estimates produced by JRAIA and a commonly cited market-size estimate for 2025. Demand and market-value series can differ by definition (room vs. total AC; residential vs. all types; equipment-only vs. broader HVAC), so they are used here for context rather than to compute the ranking.
Key insights from the 2025 snapshot
First, the global supply of home-type units is highly concentrated. China alone exported 75.3 million HS 841510 units in 2024, far ahead of other exporters in reported item counts. Second, Southeast Asia remains a core export platform: Thailand and Malaysia together form a large manufacturing corridor that supplies multiple regions. Third, North America’s footprint is visible in finished-unit exports but is even more pronounced in components and broader HVAC categories, underscoring a split between final-assembly locations and component supply chains.
Finally, the industry’s technological direction increasingly aligns with two pressures: rising cooling demand and tighter climate constraints on refrigerants. The Kigali Amendment’s HFC phase-down is pushing a faster transition to lower-GWP refrigerants and more efficient designs, reinforcing the advantage of countries that can scale new platforms and certify them across multiple regulatory regimes.
What this means for the reader
For buyers, country rankings are less about “which unit is best” and more about what shapes price, availability, and features. When production is concentrated in a few exporting hubs, shocks in shipping, components, or policy can show up quickly in retail prices and lead times. For households, the biggest practical lever remains efficiency: inverter-driven systems, correct sizing, and good installation quality typically matter more for lifetime cost than the logo on the front panel.
For anyone comparing markets (moving, investing, or planning renovations), the combination of rising cooling demand and changing refrigerant rules means product lines can turn over faster than in the past. Choosing widely supported refrigerants and high-efficiency models can reduce future service and replacement risk.
FAQ
Why use exports to approximate production?
Does this ranking include central HVAC systems?
Why are unit counts missing for some countries?
Why can a logistics hub rank highly?
Is China’s lead mainly about low-cost models?
How do refrigerant rules affect manufacturing leaders?
Full Top 100 list (HS 841510) with search, filters and Units vs Share
This table lists the top 100 exporters of home-type air conditioners (HS 841510) by export value in 2024 (proxy year). All rows are present in the HTML. The controls only hide, show, or sort existing rows.
| Rank | Country | Export value (US$ m) | Exported units (items) |
|---|---|---|---|
| 1 | China | 14,330.4— | 75,317,100 |
| 2 | Thailand | 4,618.3— | — |
| 3 | Malaysia | 855.8— | 9,596,350 |
| 4 | South Korea | 431.5— | — |
| 5 | Italy | 272.7— | 1,147,930 |
| 6 | United States | 193.9— | 227,821 |
| 7 | Netherlands | 186.2— | 783,837 |
| 8 | Indonesia | 126.1— | 530,581 |
| 9 | Spain | 123.3— | — |
| 10 | India | 105.3— | 347,506 |
| 11 | Mexico | 95.7— | 203,780 |
| 12 | Germany | 82.2— | 346,006 |
| 13 | Turkey | 68.5— | 228,332 |
| 14 | Poland | 67.8— | — |
| 15 | United Kingdom | 58.0— | — |
| 16 | Singapore | 57.4— | 209,833 |
| 17 | Greece | 57.3— | — |
| 18 | Philippines | 53.8— | 133,320 |
| 19 | France | 47.7— | — |
| 20 | Saudi Arabia | 44.1— | — |
| 21 | Croatia | 36.8— | — |
| 22 | Belgium | 36.1— | — |
| 23 | Japan | 35.7— | 332,874 |
| 24 | Portugal | 35.7— | — |
| 25 | Slovenia | 28.3— | — |
| 26 | Sweden | 27.2— | — |
| 27 | Switzerland | 25.2— | — |
| 28 | Denmark | 25.1— | — |
| 29 | Estonia | 23.3— | — |
| 30 | Bulgaria | 23.2— | — |
| 31 | Romania | 22.1— | — |
| 32 | Slovak Republic | 20.4— | 86,032 |
| 33 | Canada | 18.1— | 22,969 |
| 34 | Lithuania | 17.5— | 73,703 |
| 35 | South Africa | 17.0— | 147,460 |
| 36 | Finland | 16.9— | 71,087 |
| 37 | Ireland | 16.2— | — |
| 38 | Czech Republic | 15.9— | — |
| 39 | Hong Kong | 15.1— | 81,063 |
| 40 | Hungary | 12.4— | 51,362 |
| 41 | Moldova | 10.5— | 47,188 |
| 42 | Serbia | 10.4— | — |
| 43 | Australia | 9.8— | 16,015 |
| 44 | Uzbekistan | 9.4— | 45,225 |
| 45 | Jordan | 6.8— | 28,423 |
| 46 | Bahrain | 5.9— | 16,168 |
| 47 | Georgia | 5.9— | 35,916 |
| 48 | Kazakhstan | 5.2— | 26,505 |
| 49 | Austria | 4.6— | — |
| 50 | Egypt | 4.2— | — |
| 51 | El Salvador | 3.1— | — |
| 52 | Norway | 3.0— | 2,392 |
| 53 | New Zealand | 2.2— | 4,304 |
| 54 | Latvia | 2.0— | 8,444 |
| 55 | Israel | 1.2— | 4,984 |
| 56 | Luxembourg | 1.1— | — |
| 57 | Kyrgyz Republic | 1.1— | 5,730 |
| 58 | Pakistan | 1.1— | 3,200 |
| 59 | Tunisia | 0.9— | 3,799 |
| 60 | Ukraine | 0.7— | — |
| 61 | Colombia | 0.7— | 2,399 |
| 62 | Morocco | 0.7— | 2,930 |
| 63 | Lebanon | 0.7— | 2,741 |
| 64 | Panama | 0.6— | — |
| 65 | Armenia | 0.6— | 2,750 |
| 66 | Chile | 0.6— | 2,464 |
| 67 | Paraguay | 0.6— | — |
| 68 | Fiji | 0.4— | 16,284 |
| 69 | Bosnia and Herzegovina | 0.4— | — |
| 70 | Belize | 0.27— | 1,147 |
| 71 | North Macedonia | 0.27— | — |
| 72 | Kenya | 0.26— | 856 |
| 73 | Namibia | 0.22— | 691 |
| 74 | Cote d'Ivoire | 0.20— | 833 |
| 75 | Montenegro | 0.19— | — |
| 76 | Brazil | 0.19— | 843 |
| 77 | Guatemala | 0.18— | — |
| 78 | Nigeria | 0.18— | — |
| 79 | Trinidad and Tobago | 0.17— | 2,961 |
| 80 | Cambodia | 0.16— | 49 |
| 81 | Kuwait | 0.16— | 15,239 |
| 82 | Malta | 0.15— | — |
| 83 | Cyprus | 0.12— | — |
| 84 | Senegal | 0.10— | 428 |
| 85 | Dominican Republic | 0.10— | 1,876 |
| 86 | Brunei | 0.10— | 422 |
| 87 | Guyana | 0.10— | 45 |
| 88 | Benin | 0.10— | 402 |
| 89 | Sri Lanka | 0.09— | 150 |
| 90 | Togo | 0.07— | — |
| 91 | Angola | 0.07— | 308 |
| 92 | Tanzania | 0.04— | — |
| 93 | Peru | 0.03— | — |
| 94 | Albania | 0.02— | 88 |
| 95 | Grenada | 0.02— | — |
| 96 | Honduras | 0.02— | 73 |
| 97 | Ecuador | 0.01— | 10 |
| 98 | Uganda | 0.01— | 10 |
| 99 | Bahamas | 0.01— | 112 |
| 100 | Malawi | 0.01— | 31 |
Figure 2. Export value vs exported units (home-type ACs), selected exporters
This scatter plot links export value (US$ bn) to the number of exported units (million items) for exporters where item counts are available in the trade dataset. It illustrates the difference between high-volume mass export platforms and smaller, higher-value or differently reported exporters.
How to interpret the 2025 snapshot
The biggest takeaway is concentration. A small set of exporting ecosystems supplies a large share of cross-border residential AC trade, and the leading exporter operates at a scale that reshapes global pricing, component availability, and design conventions. That concentration can lower costs through scale, but it also increases exposure to disruptions in shipping lanes, component bottlenecks, and policy shifts.
The second takeaway is that “production leadership” is multi-layered. Finished-unit exports show where final assembly and outbound logistics happen, while parts exports highlight component clusters and regional supply chains. Mexico, for example, is one of the largest global exporters of AC parts (HS 841590), which signals deep integration into HVAC supply chains even when a specific finished-unit category ranks lower by export value.
Demand growth and climate policy are pushing the industry in the same direction: higher efficiency, smarter controls, and refrigerants with lower climate impact. Producers that can scale these transitions quickly tend to gain export share.
Policy and strategy takeaways
- Efficiency is a competitiveness lever. As cooling demand expands, minimum energy performance standards and high-efficiency product lines become central to market access.
- Refrigerant transition is now a core capability. The HFC phase-down under the Kigali Amendment increases pressure for lower-GWP refrigerants, safer handling, and redesigned systems.
- Supply-chain resilience matters more in a concentrated market. Diversifying critical components and qualifying multiple suppliers reduces exposure to shocks.
- Export hubs are not always “factory hubs.” Some high-export countries reflect re-export and distribution roles, so production decisions should be validated with plant-level and investment data.
- For consumers, lifetime cost dominates sticker price. Correct sizing, quality installation, and efficient operation usually matter more than small differences in purchase price.
Primary sources
- World Bank WITS / UN Comtrade: exports of home-type air conditioners (HS 841510). https://wits.worldbank.org/trade/comtrade/en/country/ALL/year/2024/tradeflow/Exports/partner/WLD/product/841510
- World Bank WITS / UN Comtrade: exports of parts of air conditioning machines (HS 841590). https://wits.worldbank.org/trade/comtrade/en/country/ALL/year/2024/tradeflow/Exports/partner/WLD/product/841590
- JRAIA: world air conditioner demand estimates (June 2025 release; includes 2024 totals). https://www.jraia.or.jp/english/statistics/file/2508SH_World_AC_Demand_2025_e.pdf
- UNEP OzonAction: refrigeration and air conditioning, Kigali-related HFC phase-down context. https://www.unep.org/ozonaction/what-we-do/refrigeration-and-air-conditioning
- IEA: cooling demand and energy-system implications (overview pages). https://www.iea.org/commentaries/staying-cool-without-overheating-the-energy-system
- Market-size estimate referenced in industry reports (scope varies by definition). https://www.researchandmarkets.com/reports/5318708/global-air-conditioner-market-share-analysis
