Data Center in Indonesia: Market Overview & Outlook 2027-2032
- Market overview and size
- Who buys data center capacity
- Regulation: data placement, PDP and power
- Segments: retail, hyperscale and AI
- Locations: Greater Jakarta, Batam and beyond
- Competitive landscape
- What this means for investors and suppliers
- Key questions answered in the full report
- Executive summary slides and full report
Market Overview
Indonesia has more than XXX million internet users, the largest digital population in Southeast Asia. Yet the country has less than one watt of data center capacity per person, according to the data center providers' association IDPRO. Singapore, a city-state of six million people, has had far more for years. That gap is closing quickly. In 2026 alone, global operators and AI cloud companies announced more than two gigawatts of new projects in Indonesia.
We estimate that Indonesia's third-party data center operators earned about USD 600 million in 2025, roughly IDR 9.8 trillion, from colocation, wholesale leases and interconnection. That is about 22% more than in 2024 and about 2.6 times the 2020 level. The estimate is built from live capacity, utilisation and an average price per kilowatt. It is cross-checked against DCI Indonesia, the only listed pure-play operator, which reported 2025 revenue of IDR 2.54 trillion, up 40%.
Capacity tells the same story. IDPRO put live IT capacity at about 500 MW at the end of 2025 and about 630 MW by May 2026. Broker BRI Danareksa Sekuritas counted about 580 MW in the first half of 2026. IDPRO expects around 900 MW by the end of 2026. Our base case is a little more cautious, at about 800 MW, because some projects are waiting for power connections.
| Indicator | 2020 | 2023 | 2024 | 2025 |
|---|---|---|---|---|
| Revenue (USD million) | XXX | XXX | XXX | XXX |
| Live IT capacity (MW) | ≈ XXX | ████ | ≈ XXX | ≈ XXX |
| ██████ | ≈ XX% | ████ | ████ | ≈ XX% |
| ██████████ | ≈ XXX | ████ | ████ | ≈ XXX |
Wider market definitions give bigger numbers. Mordor Intelligence, for example, puts the Indonesian data center market at USD X.XX billion in 2026, because it includes more than colocation revenue. Our figure measures what operators earn from tenants. It does not count construction contracts, equipment sales or the cloud services that run inside the buildings.
Growth has come in steps. The first wave, before 2020, was driven by banks, telcos and content providers renting racks in central Jakarta. The second, from 2020, came from cloud regions and the pandemic boom in e-commerce, streaming and remote work, which filled the first wholesale halls in Cibitung and Cikarang. The third wave, now under way, is driven by AI and by Singapore's limits on new capacity. Each wave has been larger than the one before, and each has pushed capacity further out of the city centre.
Who Buys Data Center Capacity
The largest buyers are now the hyperscale cloud providers. Google opened its Jakarta cloud region in 2020 and Amazon Web Services followed in 2021. Microsoft launched its Indonesia Central region in 2025 as part of a USD X.X billion investment plan for 2024–2028. More than 100 organisations had signed on at launch, including BCA, Pertamina and Telkom. These companies lease whole halls or buildings on contracts of five to fifteen years.
| Customer group | What drives them |
|---|---|
| Hyperscale cloud providers | ██████████ |
| Banks and financial firms | ██████████ |
| ██████████ | Interconnection, caching, XG and edge |
| ██████████ | ██████████ |
| ███████ | ██████████ |
Banks are the backbone of retail colocation. Regulators require financial institutions to keep their data centers and disaster-recovery sites in Indonesia unless they receive approval, so banks rent space with the most reliable operators and rarely move. Government agencies and state-owned enterprises follow a similar logic under Government Regulation 71/2019.
Artificial intelligence is changing what tenants need. IDPRO notes that a server rack in 2016 rarely used more than 10 kW. A rack of NVIDIA's latest Grace Blackwell systems can draw up to 135 kW, more than ten times as much. That needs liquid cooling, much larger power connections and new building designs. About XX% of capacity is already described as AI-ready. For the payments and fintech demand behind many of these workloads, see our report on digital payments in Indonesia.
Regulation: Data Placement, PDP and Power
Three sets of rules shape the market: where data must be stored, how personal data is protected, and how power is supplied. Government Regulation 71/2019 requires public-scope electronic systems to keep data in Indonesia, while private platforms may store data abroad if access is guaranteed. The Personal Data Protection Law (Law 27/2022), fully in force since October 2024, adds consent, breach-notification and cross-border transfer rules.
| Rule | What it means |
|---|---|
| PP 71/2019 | ██████████ |
| PDP Law 27/2022 | Personal data rules in force since October XXXX |
| █████ | ██████████ |
| ██████████ | Data centers open to XXX% foreign ownership |
| █████████ | Tax holidays, duty exemptions, XXX% foreign ownership |
Power is the binding constraint. PLN's 2025–2034 electricity plan (RUPTL) includes about 69.5 GW of new generation and about 47,800 km of transmission lines. IDPRO's chairman Hendra Suryakusuma says the problem is not generation: PLN has a surplus of about 6.8 GW, mostly in Java. The problem is transmission and substations, which some operators have waited two to three years for. Building permits take six to nine months, and IDPRO says import taxes and duties on equipment add up to about XX%.
Rules on data are likely to tighten rather than loosen. As enforcement of the Personal Data Protection Law matures, more companies may choose to keep sensitive customer data in Indonesia instead of Singapore, even where the law does not strictly require it. At the same time, the government is courting foreign investors with special economic zones and full foreign ownership. That combination of onshore demand and open investment rules is the main reason global operators are arriving now.
Segments: Retail, Hyperscale and AI
Wholesale and hyperscale leases make up about XX% of revenue, retail colocation about XX%, and interconnection and managed services about XX%. By customer, hyperscale and cloud providers account for about XX%, banks and financial services about XX%, telcos and content providers about XX%, and government and state-owned firms about XX%.
The economics of the segments differ. Retail colocation earns higher prices per kilowatt but needs sales teams and many small contracts. Wholesale leases are cheaper per kilowatt but fill whole buildings for a decade or more. A well-filled site is very profitable: DCI Indonesia's 2025 EBITDA margin was XX% and its net margin close to XX%. New campuses, by contrast, carry heavy depreciation and interest until tenants arrive. The full report breaks down unit economics and segment growth.
Building a data center is capital-intensive. Digital Edge's plan to spend USD X.X billion on a 500 MW campus implies roughly USD X million per megawatt, most of it on electrical and cooling equipment such as transformers, switchgear, UPS systems, chillers and generators. That spending flows to suppliers whatever happens to rents, which is why some brokers prefer infrastructure suppliers to operators. Industrial estates, contractors and fibre networks also benefit from every new building.
Locations: Greater Jakarta, Batam and Beyond
Greater Jakarta holds about XX% of live capacity, roughly 322 MW in the first half of 2026 according to BRI Danareksa Sekuritas. Batam has about 126 MW, and the remainder is spread across Surabaya, other cities and smaller sites. The pipelines are much larger: about 1.5–1.7 GW in Greater Jakarta and up to 1.4 GW in Batam.
| Hub | Role |
|---|---|
| Greater Jakarta | ≈ XX% of live MW; domestic cloud, banks, government |
| Bekasi, Cikarang, Karawang | ██████████ |
| ████ | ≈ XX%; Singapore overflow and AI, KEK incentives |
| ██████████ | Edge and regional demand; DCI's X MW EX site |
| ████ | DCI pipeline of over X GW (broker research) |
Inside Greater Jakarta, new campuses are moving from the city to industrial estates in Bekasi, Cikarang and Karawang, where land and substations are available. Princeton Digital Group bought 240 MW of powered land in the GIIC estate for its fourth campus, and Digital Edge is building a 500 MW campus in the same area. Batam benefits from being less than 5 milliseconds from Singapore, which rations new capacity, and from more than 15 submarine cables. Location splits and pipeline by hub are detailed in the full report. For a wider view of the economy behind this growth, see Indonesia's economy after Jokowi.
Competitive Landscape
DCI Indonesia, founded by Indonesian entrepreneurs and listed on the IDX, is the largest operator by live capacity, with about 128 MW and an estimated XX% share. It is followed by Princeton Digital Group, Telkom's NeutraDC, ST Telemedia Global Data Centres, Digital Edge and the BDx joint venture with Indosat. Many smaller operators, Batam park tenants and self-built hyperscale sites make up the rest.
The pipeline will reshape these shares. Projects announced by DCI in Bintan, Indosat's AI unit Zankore, Digital Edge, DayOne, PDG, Firmus, CoreWeave, STT GDC and others add up to roughly 4.9 GW. Katadata counted about 2,170 MW of AI projects from just four players in 2026: DayOne (450 MW), Firmus (360 MW), CoreWeave (360 MW) and Zankore (1 GW target).
| Operator | Live MW (≈) | Share | Pipeline |
|---|---|---|---|
| DCI Indonesia | XXX | ≈ XX% | > X GW (Bintan) |
| Princeton Digital Group | ████ | ████ | ≈ XXX MW total |
| ████████ | ████ | ████ | Up to XXX MW (Cikarang) |
| ██████ | ████ | ████ | XXX MW (CGK) |
| ██████████ | ████ | ████ | X GW target |
Most of the new money is foreign. BMI expects Indonesia's growth to stay dependent on foreign capital, particularly in special economic zones such as Batam. That brings speed and expertise but also exposure to global investment cycles. IDPRO has warned of possible local oversupply if the pipeline is built too quickly. Operator profiles, share shifts and pricing by segment are in the full report.
Prices are already adjusting. Large hyperscale tenants can play operators against each other, and wholesale rates are lower than retail colocation by a wide margin. Our blended price estimate has drifted from about USD XXX to about USD XXX per kW per month since 2020 as hyperscale deals have grown. Operators that own interconnection-rich sites, where carriers and clouds meet, are best placed to defend prices.
What This Means for Investors and Suppliers
| Question | What the data says |
|---|---|
| Is the market growing? | Yes: revenue ≈ +XX% in XXXX, ≈ XX% a year since XXXX |
| Who leads? | DCI ≈ XX% of live MW; top five ≈ XX% |
| ████████ | ██████████ |
| ██████████ | ██████████ |
| ██████████ | ██████████ |
Indonesia's data center market is small today but growing fast, with a pipeline many times its current size. For operators, the winning assets are powered land, firm PLN commitments and interconnection. For equipment, construction and energy suppliers, every new megawatt is a sales opportunity regardless of who operates the building. For investors, the main question is timing: demand is structural, but supply may arrive in waves that pressure prices in specific clusters.
There are also risks worth weighing. Several of the largest projects depend on a small number of anchor tenants, and AI demand could cool if GPU prices fall or global spending slows. Power delays could push revenue back by a year or more. And if too many campuses open in the same estates at the same time, rents could fall sharply in those clusters even while the national market keeps growing. Our scenarios in the full report show how these risks change the 2032 outcome.
This article describes the market as it stands today. The full report adds unit economics per kilowatt, business models, Porter's Five Forces, eight mega trends, an impact assessment of drivers and restraints, the full project pipeline, competing projections, five company profiles and bear, base and bull forecasts to 2032.
Key Questions Answered in the Full Report
- How much revenue does each segment (retail, wholesale hyperscale, AI, interconnection) earn and how fast is each growing?
- What are the live MW and shares of DCI, PDG, NeutraDC, STT GDC, Digital Edge and Indosat, and how will the pipeline change them?
- Where does a USD XXX per kW per month rate go: power, depreciation, interest, margins?
- How will PLN connections, AI demand, PDP enforcement and oversupply shape the market to 2032?
- What are the bear, base and bull forecasts for capacity and revenue to 2032?
Data Center in Indonesia: Market Overview & Outlook 2027-2032 Executive Summary
The three slides below summarise the full report. The complete 40-slide version, with the outlook to 2032, value chain, regulation and company profiles, is available on Gumroad.
- Cloud regions drive wholesale demand.
- Banks keep data onshore.
- AI raises rack density tenfold.
- Campuses move to Bekasi and Karawang.
- Batam serves Singapore overflow.
- Transmission is the bottleneck.
- DCI is the listed local leader.
- PDG and Digital Edge build mega-campuses.
- AI players target Batam.
Report Preview
What the Full Report Includes
- Revenue 2019-2025 and 2026 estimate; live MW, utilisation and pricing
- Capacity by location and the full announced pipeline
- Customer groups and contract types
- Data placement, PDP, OJK, RUPTL power plan, KEK incentives and import taxes
- Value chain, unit economics per kW and business models
- Porter's Five Forces and eight mega trends
- Drivers, restraints and impact assessment
- Operator shares, project pipeline and competing projections
- Company profiles: DCI Indonesia, PDG, Telkom NeutraDC, Digital Edge and Indosat
- Bear, base and bull forecasts to 2032