Rowan Project Temple Data Center: 300MW Hyperscale Campus Temple Texas
Status: Under Construction | Location: Bob White Road Corridor, Temple, Bell County, TX 76501, Texas, United States
Project Overview
Project Temple is a major $700 million-plus hyperscale data center campus developed by Rowan Digital Infrastructure across approximately 700 acres in Temple, Texas, positioning the project as a significant addition to the rapidly expanding Central Texas digital infrastructure market. Designed to address growing demand for cloud computing, artificial intelligence, high-performance computing, and other data-intensive workloads, the campus is planned to provide up to 300 MW of capacity and offers substantial room for phased development and future expansion. Its strategic location in Central Texas places the project within a growing technology and connectivity corridor while providing access to established utility and industrial infrastructure. A key element of Project Temple’s development strategy is the reuse and transfer of existing local industrial power infrastructure, allowing the project to accelerate access to the substantial electrical capacity required for hyperscale computing while potentially reducing the time and complexity associated with developing entirely new utility infrastructure. The project also benefits from fast-tracked entitlements, supporting a more streamlined development process and helping shorten the timeline between site acquisition, construction, and operational deployment. Sustainability is another important component of the campus design, with Rowan Digital Infrastructure incorporating measures intended to reduce resource consumption and improve long-term operational efficiency. Water conservation strategies are being integrated into the facility’s infrastructure to minimize pressure on local water resources, while the use of lower-carbon construction materials can help reduce embodied emissions associated with the development and construction process. The campus is also expected to incorporate high-efficiency cooling architectures capable of managing the increasing thermal loads generated by dense computing environments, including advanced AI accelerator deployments. By combining substantial planned capacity, existing power infrastructure, accelerated development processes, and sustainability-focused engineering, Project Temple demonstrates how hyperscale campuses can be developed more efficiently while addressing environmental and resource considerations. With its large land footprint and strategic Central Texas location, the project is positioned to support the region’s growing demand for cloud services, AI computing, enterprise applications, and next-generation digital infrastructure.
Quick Facts
| Field | Value |
| Project Name | Rowan Project Temple Data Center: 300MW Hyperscale Campus Temple Texas |
| Location | Bob White Road Corridor, Temple, Bell County, TX 76501, Texas, United States |
| Status | Under Construction |
| Commissioning | Target 2027 (Substantial Completion & Phase 1 Energization) |
| Total IT Load | 300.0 MW Critical IT Power Capacity |
| Total Capacity | ~700 Acres (~283 Hectares) Master Campus Site Footprint |
| Tier Level | Tier III Equivalent Concurrently Maintainable Architecture |
| Project Type | Purpose-Built Master-Planned Hyperscale & AI Cloud Data Center Campus |
City Profile
| Header | Details |
| City Name | Temple |
| Population | 35,558 |
| Urban Agglomeration | ~12.9 million (Los Angeles Urban Area) |
| City GDP | Not officially reported at the city level; part of the highly diversified Los Angeles metropolitan economy. |
| Per Capita Income | ~US$42,000–48,000 |
| City Tier | Tier 3 |
| Key Strengths | High quality of life; strong public schools; diverse community; proximity to Los Angeles employment centers; stable residential neighborhoods; access to regional transportation and services. |
Companies Involved
| Header | Details |
| Developer / Operator | Rowan Digital Infrastructure |
| Strategic Infrastructure Partner | City of Temple, Bell County Commissioners Court, Temple Economic Development Corporation (TEDC), ERCOT Regional Transmission Partners |
| Construction Contractor | Mission-Critical Hyperscale EPCs & Specialized General Contractors |
| MEP Engineering | Rowan Infrastructure Engineering & Mission-Critical Thermal Architecture Teams |
| Network Connectivity | Carrier-neutral facility, dual path-diverse subterranean dark fiber entrance vaults, dedicated Meet-Me-Rooms (MMRs), and direct access to primary Central Texas fiber backbones between Austin and Dallas-Fort Worth. |
| Power Infrastructure | Direct connection to high-voltage ERCOT grid transmission lines via dedicated on-site utility substation, static 2N / N+1 uninterruptible power supply (UPS) modules, automated transfer switchgear (ATS), and sound-attenuated N+1 emergency backup generator arrays. |
Technical Specifications
| Header | Details |
| Power Capacity | ~350+ MVA Dedicated Substation Utility Allocation |
| UPS Redundancy | Concurrently Maintainable 2N / Static N+1 UPS Architecture |
| Cooling System | Closed-loop zero-water evaporation cooling, high-efficiency dry coolers, direct-to-chip liquid cooling (DLC) readiness for high-density AI clusters, and real-time environmental BMS controls. |
| Connectivity | Sub-millisecond optical dark fiber routes connecting Temple directly to major cloud availability zones in Dallas, Austin, and San Antonio. |
| PUE Target | < 1.20 Annualized Operational Design PUE |
| Energy Mix | ERCOT regional grid power supplemented by corporate renewable energy procurement aligned with Rowan's net-zero and CEBA sustainability commitments. |
Milestones
| Header | Details |
| Announcement | Spring 2025 – Q3 2025 |
| Construction Start | Late 2025 |
| Phase 1 Go-Live | Target 2027 |
| Full Buildout | Multi-Phase 300 MW Master Campus Rollout |
Investment Details
| Header | Details |
| Total Investment | ~$700,000,000+ USD Initial Campus Capital Expenditure |
| Funding | Private Infrastructure Capital (Rowan Digital Infrastructure / Quinbrook Infrastructure Partners) |