LS Power Ashland Data Center Campus 300MW Virginia

Status: Pre-Development & Site Master Planning Phase / Co-Located Generation Strategy   |   Location: 10165 Old Ridge Road, Ashland, Virginia 23005, USA (205-acre campus parcel adjacent to the Doswell Combined-Cycle Power Plant)

Project Overview

The LS Power Ashland Data Center Campus, also known as the Old Ridge Road Data Center Campus, is a proposed 300 MW digital infrastructure development spanning 205 acres at 10165 Old Ridge Road in Ashland, Hanover County, Central Virginia, United States. Developed by New York-headquartered energy infrastructure company LS Power, the project is planned as a multi-building campus designed to accommodate high-density artificial intelligence (AI) model training, machine learning clusters, and hyperscale cloud computing. Its substantial proposed capacity and large site footprint position the development within Virginia’s expanding data center market, where demand for advanced computing infrastructure continues to grow.

The campus is intended to support computing workloads that require significant processing power, scalable server environments, and reliable supporting infrastructure. AI model training and machine learning applications depend on intensive computation to process large datasets and develop increasingly complex models, while hyperscale cloud platforms require capacity to serve enterprise applications and digital services at scale. Delivering these workloads requires careful coordination of electricity supply, cooling, networking, and facility design. LS Power’s background in energy infrastructure provides a relevant context for a project of this scale, although specific details about the campus’s power sourcing, grid connections, cooling technologies, planned IT load, and construction phases have not been provided in the supplied information.

Located in Ashland, the proposed campus adds to data center development activity in Central Virginia and extends the region’s digital infrastructure footprint. The 205-acre site provides space for a multi-building development, while the planned 300 MW capacity reflects the substantial energy requirements associated with large-scale AI and cloud computing. The project’s ultimate contribution will depend on permitting, power availability, infrastructure delivery, construction progress, and the amount of capacity ultimately commissioned. Nevertheless, the LS Power Ashland Data Center Campus represents a significant proposed investment in high-density digital infrastructure, intended to support the growing computational demands of artificial intelligence, machine learning, and hyperscale cloud services.

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