Captive generation, no grid queue
Phase One at peak load uses about 39% of installed generation, leaving 2.6× headroom for expansion.
- Not counted against PLN grid allocation
- ~$0.088/kWh delivered power
- 99.99% monthly availability SLA
Galang Batang SEZ · Bintan Island · Indonesia
Power, water and land, secured for AI.
A 200MW AI data center campus with 640MW of captive generation, a private reservoir and a sub-2ms fibre route to Singapore.
200MWPhase One IT capacity across four 50MW halls
640MWCaptive generation already built on site
30Mm³Private reservoir, 20m from the campus fence
<2msRound trip to Singapore over subsea fibre
Why Bintan
The three inputs that decide AI delivery are already here.
Across Southeast Asia, new capacity is waiting on grid queues, water permits and land assembly. Bintan brings all three inside one industrial boundary.
A reservoir of our own
Annual cooling make-up of 1.5–2.2M m³ is only 6–7% of reservoir capacity, more than 8× drought headroom.
- Closed-loop primary cooling
- No competition with community supply
- 10,000m³ on-site tank buffer
Serviced land, ready to build
Clear title and utilities in place, with reserve land banked for 500MW+ and a long-range 1–3GW vision.
- No resettlement or acquisition friction
- Immediate construction readiness
- Phased, repeatable 50MW blocks
Campus at a glance
Four halls around one power spine.
Four standardised 50MW data halls sit east and west of a central generator spine. Water infrastructure runs along the north edge; the substation and operations building sit to the south.
Every hall sees the same distance to power, the same water head and the same fibre path.
- Data halls
- 4 × 50MW · 3 floors · 22m
- Backup generation
- 80 × 2,500kW gensets
- Fuel storage
- 48h at full load, below grade
- Substation
- 220kV, dual route
- Water tanks
- 8 × 1,250m³ = 10,000m³
Market shift
Bring your own power and water is the new entry ticket.
Regional approvals now favour projects that self-supply power and water. Bintan meets that test today rather than waiting for upgrades.
24%Johor
Share of state power used by data centers; new grid connections pushed to 2028–2031.
100+Thailand
Projects frozen while grid capacity is reassessed.
<1GWBatam
Total grid capacity, dependent on future PLN upgrades.
3–5yrsBintan skips
Typical grid expansion and queue time avoided by captive generation.
Delivery roadmap
24 months to a full 200MW.
Capacity arrives in deliberate steps so partners can align investment, equipment and commissioning.
Design freeze
Feasibility closed, water permits, M&E drawings frozen.
Site works
Grading, dedicated feeders and hall structures begin.
First 50–100MW
Initial halls energised for early customers.
200MW ready
All four Phase One halls ready for service.
1–3GW vision
Expansion toward a regional AI super-cluster.
Ways to work with us
Three entry points into the campus.
From a single 2.5MW hall unit to a dedicated building, the commercial model follows your deployment plan.
Wholesale & build-to-suit
Whole halls (20MW) or whole buildings (50MW), customised and delivered ready to deploy.
- 5+X year terms
- Dedicated access and isolation
- Pre-installed M&E and network
Compute & token supply
Discounted base capacity plus a share above a baseline, with an inference optimisation team.
- 30%+ token output uplift at equal compute
- Flexible capacity blocks
- Revenue-share structures
Embodied AI co-creation
For alumina, chemical and advanced manufacturing operators inside the SEZ.
- Data capture to local deployment
- Training on real production data
- Robot control policy datasets
Start the conversation
See the campus before you commit.
Walk the captive plant, the reservoir edge and the Phase One hall plots with our project team.