LS Electric Won $139 Million Data Center Contract
The supplier will provide power distribution equipment to a Pennsylvania fuel cell project starting in 2027.
Updated on Oct. 13, 2026 in Data Centers
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LS Electric signed a contract worth $138.7 million (185.3 billion won) to supply electrical infrastructure for a data center project in Pennsylvania. This agreement supports a fuel cell-based power generation system for an unnamed technology company.
Why it matters
The deal underscores the rising power demands of modern data centers and the growing integration of on-site fuel cell generation to manage energy loads. It also marks a significant expansion in the partnership between LS Electric and Bloom Energy.
LS Electric is scheduled to supply 38-kilovolt high-voltage switchgear and distribution transformers for the project. This equipment forms part of a cumulative order volume with Bloom Energy that has topped $500 million since April 2025.
The players
LS Electric
A South Korean manufacturer specializing in power grid solutions, switchgear, and industrial automation systems.
Bloom Energy
A designer and manufacturer of solid oxide fuel cell systems used for on-site, continuous power generation.
The details
LS Electric will provide 38-kilovolt high-voltage switchgear—a centralized collection of circuit breakers and switches used to regulate power flow—alongside distribution transformers to scale voltage for facility use. This equipment is engineered to support the integration of Bloom Energy fuel cell stacks into the data center's power grid. By utilizing fuel cells, the facility aims to manage the high electricity requirements inherent to large-scale data operations.
Timeline
April 2025 marked the start date for tracking cumulative order volume with Bloom Energy.
October 13, 2026, was the date LS Electric officially signed the contract.
April 2027 to July 2027 is the scheduled window for delivery of the electrical equipment.
The Tech Race
This project represents an ongoing effort to secure reliable, high-capacity power for data centers through decentralized generation. It builds upon the infrastructure race between Bloom Energy fuel cell-based power generation deployments and traditional utility-grid scaling.
The delivery of the switchgear and transformers is set to occur between April 2027 and July 2027. This timeline dictates when the facility will be capable of integrating its fuel cell power generation system for operational use.
The takeaway
The sustained growth in cumulative orders exceeding $500 million indicates a significant shift toward independent power sourcing for high-demand technology facilities. Watch for the equipment delivery phase starting in April 2027 to assess the deployment speed of fuel cell grid integration.
Further reading
Explore more developments in Data Centers to understand the infrastructure shifts driving modern computing facilities.
Source note: This article includes information reported by Yonhap News Agency.
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