unclear

BlockchAIn Digital Infrastructure signed a 15-year Electric Service Agreement with a local utility to expand contracted power at its CLT-01 flagship data center campus in Charlotte, NC from 40 MW to 65 MW. Power will be supplied via existing 34.5 kV infrastructure, requiring no significant electrical upgrades. Initial delivery is targeted for December 15, 2026, with service commencing October 1, 2026. The contract carries a $400,000 minimum monthly demand charge, a security deposit equal to two months of maximum estimated billing, and a $250,000 prepaid infrastructure early termination fee.

QTS is planning a temporary power plant to support its data center operations in Cedar Rapids, Iowa. The temporary generation facility would provide on-site power while permanent utility infrastructure is developed. This approach reflects the growing trend of data center operators securing their own power solutions to accelerate project timelines. The Cedar Rapids project underscores demand for data center capacity in Iowa's growing tech corridor. GCs, power generation contractors, and electrical subcontractors should monitor this opportunity for both the temporary power installation and broader site development work.

This appears to be a marketing or informational piece promoting Boston as an ideal location for multicloud, hybrid cloud, and hyperscale data center infrastructure, though the specific developer, project size, and construction details are not identified in the available snippet. The article highlights Boston's suitability for various data center deployment models but lacks concrete details about a specific project, contractor, or investment amount. Located in the Boston, MA metro area, this signal suggests ongoing interest and potential demand for data center capacity in the market. For BD professionals, this is a low-urgency signal worth monitoring to identify whether a specific buildout or expansion is tied to this promotion, as it may indicate early-stage planning or site marketing activity in the Boston data center market.

This appears to be a general listing or marketing page for an existing colocation data center facility in Boston, MA, with 10 MW of generator power capacity and 6 MW of UPS power capacity featuring 2N cooling redundancy. The specific developer or operator is not clearly identified in the available snippet, and no general contractor or construction details are mentioned. The facility is located in the Boston metro market, which is a growing data center hub in the Northeast. Because this seems to describe an already operational colocation facility rather than a new project announcement, the signal value for business development is limited — there is no indication of new construction, expansion, or upcoming procurement activity. Urgency is low, as this does not represent a new actionable opportunity.

Iron Mountain operates a data center on a 58.3-acre secure campus in Boston, MA, featuring 3.6 MW of total critical power across a 22,000 square foot LEED Gold certified facility. This is an existing colocation facility rather than a newly announced project, so the signal reflects Iron Mountain's established presence in the Boston market. The relatively modest size of 3.6 MW and 22,000 square feet suggests a smaller-footprint facility, though the large 58.3-acre campus could indicate potential for future expansion. For data center industry sales professionals, the LEED Gold certification signals Iron Mountain's commitment to sustainability standards in this market, and the large campus footprint relative to the current facility size may present future expansion opportunities worth monitoring. Urgency is low as this appears to be an operational facility rather than an active development project.

Massachusetts is preparing for its first data center development, though the specific developer, location, and scale have not been disclosed in this report. The article from 25 Investigates highlights growing public concern about the potential impact of data centers on residential power bills in the state. While the Boston metro area is the likely target market, no general contractor or specific project details such as size or contract value have been named. For data center industry sales professionals, this signals that Massachusetts is in the early stages of welcoming data center infrastructure, which could open opportunities but also face regulatory and public scrutiny around energy consumption. The urgency is moderate — the project appears to be in a nascent or planning phase, and monitoring local permitting and utility discussions will be critical to identifying concrete opportunities.

Sabey Data Centers is expanding its Wenatchee campus in East Wenatchee, Washington, with an additional 14MW of capacity. The project, announced in August 2018, represents a confirmed expansion in the Pacific Northwest market within the broader Seattle metro region. No general contractor has been publicly named for this work. This expansion signals continued demand for data center capacity in central Washington, where operators benefit from low-cost hydroelectric power and cooler climates. Sales professionals should consider outreach to Sabey Data Centers regarding infrastructure, power, and cooling needs associated with this capacity addition.

A 500+ acre powered land site in the Dallas–Fort Worth metro area is being marketed for hyperscale data center development, with indications that a project may also be coming to Irving, Texas. The developer or hyperscaler behind the project has not been publicly identified, and no general contractor has been named. The site is positioned in the DFW market, one of the largest and most competitive data center corridors in the U.S. For sales professionals, this signals a potentially massive greenfield hyperscale opportunity at a very early stage, meaning there is time to engage but details remain limited. Urgency is moderate — the land is being promoted but the project appears to be in pre-development, so tracking for further announcements on ownership and construction timelines is recommended.

TeraWulf is developing a 500 MW AI-focused data center campus in Buffalo, New York, repurposing a former coal plant site. The project is being built in partnership with Schneider Electric, which is providing power and cooling infrastructure. This is a significant brownfield redevelopment converting legacy energy infrastructure into high-capacity AI compute facilities, signaling TeraWulf's pivot from Bitcoin mining into the AI data center market. The scale of 500 MW positions this as a major campus-level deployment, creating substantial opportunities for power, cooling, and infrastructure vendors. Given that construction appears to be actively underway with site tours already occurring, engagement from suppliers and service providers should be considered time-sensitive.

BlockchAIn Digital Infrastructure, Inc. is expanding the utility load at its CLT-01 facility from 40 MW to 65 MW under a new 15-year Electric Service Agreement, representing a 25 MW capacity upgrade. The CLT-01 designation strongly suggests a Charlotte, North Carolina location, a growing data center market. This long-term 15-year agreement signals serious commitment to the site and likely indicates significant infrastructure buildout and expansion at the campus. For BD professionals, this is a meaningful signal of ongoing construction and equipment procurement needs at a facility scaling into the wholesale colocation range, and the long-term contract suggests sustained demand for power, cooling, and related infrastructure services. The deal appears to be finalized, making near-term engagement timely as construction and procurement activities will likely accelerate.