📰 Press Release

CoreWeave Commits 360 MW in Indonesia—First Asia-Pacific Deployment Signals Hyperscaler Pivot to Offshore Build as US Grid Constraint Climbs

Global capacity shift accelerates as London and Frankfurt constraint scores remain above 70 while Midland–Odessa holds 85.7 excess—CoreWeave's Jakarta bet highlights emerging offshore arbitrage

PRESS_RELEASE August 4, 2026

## Hyperscale capacity is moving offshore

CoreWeave announced plans to deploy **360 MW of data-center capacity in Indonesia**, marking the GPU-infrastructure specialist's first build in the Asia-Pacific region. The move comes as **London scores 77.8 on DC Hub's constraint index** and **Frankfurt sits at 72.8**—both above the 70 threshold that signals material permitting and interconnection risk.

Meanwhile, **Midland–Odessa, TX holds an 85.7 excess-power score**, the highest among 218 tracked markets, yet CoreWeave is betting on Jakarta. The calculus: offshore markets offer faster time-to-power in a cycle where US developers now quote 24–36 months from site control to energization in constrained ISOs.

## What it means for site selection

The 360 MW commitment is a **capacity-weighted vote** that offshore grids—particularly in Southeast Asia—can deliver power and fiber on a timeline that competes with even the best US secondary markets. For hyperscalers evaluating 100+ MW campuses, the Jakarta deployment suggests a new playbook: **build where the grid can absorb load, not where the PPA is cheapest**.

Second-order implication: if CoreWeave can stand up 360 MW in Indonesia faster than 180 MW in ERCOT's interconnection queue (which currently holds 427 GW of requested load), the **offshore arbitrage window is open**. Developers holding land in Oklahoma City (76.5 excess) or Tulsa (76.5 excess) have 12–18 months to capitalize before capital chases the next low-constraint frontier.

## Methodology

DC Hub tracks **15,000+ facilities, 280+ markets, and 7 ISOs** with daily-refreshed excess-power and constraint scores (0–100). The **Data Center Power Index (DCPI)** combines interconnection-queue depth, stranded-generation capacity, transmission-congestion data, and developer time-to-power surveys. Markets scoring above 70 excess are flagged BUILD; above 65 constraint are flagged AVOID.

**Source:** DC Hub Data Center Power Index (https://dchub.cloud/dcpi). Updated daily.

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