Key takeaways
- Worley says BCEI awarded it three U.S. engineering-services contracts for data-center energy-center projects.
- The stated scope includes engineering, detailed design and procurement support rather than construction or equipment supply.
- Worley says the energy centers will combine generation assets, battery energy storage systems and intra-campus electrical distribution.
- No contract values, project sites, schedules, end customers or named equipment manufacturers were disclosed.
- For integrators and procurement teams, the projects reinforce the need to coordinate generation, storage, protection, distribution and critical-load architecture early in campus design.
Three contracts announced for data-center energy infrastructure
Worley said on August 26 that Burr Computer Environments, Inc. (BCEI) had awarded it three engineering-services contracts supporting energy-center projects for U.S. data-center campus developments. The contractor’s stated scope is engineering, detailed design and procurement support. Worley did not identify the campuses, their locations, the eventual data-center operators, contract values or target completion dates. ([worley.com](https://www.worley.com/en/insights/our-news/low-carbon-energy/2026/bcei-contracts-us-data-center-expansion))
BCEI is a Houston-based company listed as an active foreign profit corporation in Florida’s corporate records. That filing corroborates the named customer’s legal existence, but it does not add project-specific information about the three awards. ([search.sunbiz.org](https://search.sunbiz.org/Inquiry/CorporationSearch/SearchResultDetail?aggregateId=forp-f99000002489-4f3071eb-c23f-4750-b38f-80ebe45a7729&directionType=PreviousList&inquirytype=EntityName&searchNameOrder=BURRCOMPUTERENVIRONMENTS+F990000024890&utm_source=openai))
Generation, storage and distribution are part of one energy-center scope
According to Worley, the completed energy centers are planned to use a mix of gas turbines, aeroderivative turbines and reciprocating engines, alongside battery energy storage systems (BESS) and intra-campus electrical distribution. This is a broader electrical-infrastructure scope than a conventional standby-generator package: it links local generation and stored energy with the medium- and low-voltage systems that move power across a multi-building campus. ([worley.com](https://www.worley.com/en/insights/our-news/low-carbon-energy/2026/bcei-contracts-us-data-center-expansion))
The company characterizes the generation as behind-the-meter. In practical terms, that means the power assets are intended to serve load on the customer side of the utility meter, rather than being described as merchant generation exported to the grid. The announcement does not state whether any of the sites will operate islanded, in parallel with a utility, or under a particular utility-interconnection arrangement.
What the award means for electrical-system planning
For engineers and installers, the combination described by Worley places added importance on interfaces between generation, BESS equipment and campus distribution. Those interfaces typically require early decisions on protection coordination, grounding, arc-flash analysis, feeder and busway routing, switchgear lineups, controls integration and the segregation of critical and noncritical loads. The announcement does not identify the selected electrical architecture or suppliers, so no conclusions can be drawn about particular switchgear, UPS, generator, battery or cabling brands.
A multi-source energy center can also make construction sequencing more consequential. Distribution pathways, equipment-room space, cable containment, communications links for monitoring and control, and commissioning access all need to align with the generation and storage design. Procurement teams should distinguish confirmed engineering scope from later equipment awards; Worley has announced support for procurement, not the selection of specific products.
Work will be led from several U.S. offices
Worley said the contracts will be delivered by its Houston, Charleston, West Virginia, and Reading, Pennsylvania, offices, with support from its Global Integrated Delivery team. The company’s announcement positions the work within its push into power and data-center infrastructure, where access to reliable capacity has become a design constraint for high-density computing facilities. ([worley.com](https://www.worley.com/en/insights/our-news/low-carbon-energy/2026/bcei-contracts-us-data-center-expansion))
The three awards are therefore a verified signal of additional engineering activity around self-supplied or hybrid power for U.S. data-center campuses. They are not, however, evidence of a disclosed construction start, installed capacity figure, equipment order, or operating date. Those distinctions matter when assessing near-term demand for electrical materials and field installation services.
Watch for site, permitting and equipment disclosures
The next material details would be project locations, generating capacity, fuel and emissions-permit arrangements, utility-interconnection plans, BESS configuration, electrical one-line design and the identity of construction and equipment partners. None were included in Worley’s August 26 announcement.
Until those facts are released, installers and suppliers should treat this as an early engineering-and-procurement-support milestone. The confirmed scope nevertheless highlights the increasingly integrated nature of data-center power delivery, where generation, storage and distribution must be designed as a coordinated critical-power system rather than purchased as isolated packages. ([worley.com](https://www.worley.com/en/insights/our-news/low-carbon-energy/2026/bcei-contracts-us-data-center-expansion))