// Critical Power for Digital Infrastructure

Powering the Next Generation of Digital Infrastructure.

AI and hyperscale growth are reshaping the power requirements behind digital infrastructure. PDM helps data center developers, hyperscalers, colocation providers, and infrastructure partners bring critical power capacity online faster through engineering depth, supply-chain flexibility, accelerated delivery, and disciplined execution.

Padmount & Dry-Type Lead Time*

~ 30 Weeks

Power Substation Capacity

Up To 0 MVA

GIS Lead Time

18 Months

Programs Completed

0 + Data Center

The Grid Bottleneck

The constraint Has Moved Upstream.

Before compute can be deployed, power must be secured, transformed, protected, distributed, and commissioned. Utility interconnection and critical equipment lead times can outpace construction schedules. And as AI drives greater power density, electrical architecture decisions made early can have downstream impacts on construction, commissioning, and energization.

PDM helps keep critical power equipment from becoming the constraint that delays energization — bringing engineering depth, supply-chain flexibility, accelerated delivery, and disciplined execution to the power infrastructure we can directly influence.

The Power Portfolio

Build the Power Path with One Partner

PDM supports critical power infrastructure from utility and substation equipment through campus and facility distribution. Our portfolio allows customers to consolidate more of their critical power equipment through one relationship — helping simplify coordination across the primary power path.

Power Substation Transformers

Up to 1,000 MVA · 3 yr standard (ext. to 5 or 7 yr)

MV & HV Dead Tank Circuit Breakers

40.5-800 kV · 2 yr standard (ext. to 3, 5, or 7 yr)

Gas-Insulated Switchgear (GIS)

34.5-800 kV · 2 yr standard (ext. to 3, 5, or 7 yr)

Padmount Transformers

45-7,500 kVA · 5 yr standard (ext. to 7 or 10 yr)

Dry-Type Transformers

30-35,000 kVA · 5 yr standard (ext. to 7 or 10 yr)

Solid-State Transformers (SST)

1.5-3.0 MVA · 1 yr standard

Engineering Depth

Speed Without Compromising Engineering.

Accelerated delivery is only valuable when the equipment is right for the application. PDM combines product-specific lead time advantages with application engineering, specification review, interface coordination, protection requirements, standards alignment, quality oversight, and project management — so customers protect both schedule and technical requirements.

PDM's engineering team works from project requirements — voltage, load, protection scheme, physical constraints and schedule — not from a standard catalog. Specification review and design collaboration are part of the delivery, not add-ons.

PDM's engineering team works from project requirements — voltage, load, protection scheme, physical constraints and schedule — not from a standard catalog. Specification review and design collaboration are part of the delivery, not add-ons.

PDM responds to RFPs swiftly with engineering options, lead time commitments, and full specification documentation — including OFCI and CFCI procurement structures used in hyperscale development programs.

From quote through manufacturing, testing, and delivery, PDM provides a clearer view of schedule, technical requirements, manufacturing progress, and the decisions required to keep the energization path moving.

PDM's VFI Transformer and configurable Dual VFI architecture support fault isolation and advanced protection schemes — maintaining power to unaffected sections when faults occur. Engineered for the operational demands of mission-critical data center environments.

Innovation

Design for Today. Prepare for What Comes Next.

AI is changing the scale and density of data center power systems. PDM supports conventional utility-grade infrastructure today while helping customers evaluate emerging approaches where they create practical value.

Solid-State Transformers (SST)

PDM's SST program (1.5–3.0 MVA; approximately 60% smaller footprint; approximately 70% faster installation; up to 97.9% efficiency) addresses next-generation power architecture requirements for high-density and DC-native environments. Learn More →
-- US availability Q1 2027.

Hybrid Substation Architecture

As AI increases power density, customers are evaluating hybrid substation configurations and evolving AC/DC architectures. PDM supports customers in understanding where these approaches create measurable value for their specific project requirements — without overstating the readiness of any single emerging technology.

configurable Dual VFI architectures 

PDM engineers apply proven utility methodologies to deliver distribution solutions that improve resiliency, reduce outage impact, and maintain power continuity when it matters most. We support advanced protection schemes by enabling FLISR and other utility protection strategies. 

Why Solid-State Transformers?

Industry analyses indicate that SST-based 800 VDC architectures could cut capital expenditures by $4M–$8M per 10 MW of capacity. PDM is actively engineering these systems to enable direct-to-chip DC power distribution, bypassing multiple stages of legacy AC transformation.

U.S. Availability Q1 2027

Execution Certainty

Keep the Power Path Moving.

A purchase order is only the beginning. PDM brings project visibility, quality oversight, testing, coordination and accountability from order through delivery—helping customers identify issues earlier, manage equipment milestones and keep critical power infrastructure aligned with the broader project schedule.
 
PDM has supported project schedule recovery when delivery timelines became critical — including situations where replacement equipment was needed under construction pressure. Our engineering and supply chain model is built to respond when schedules are under stress.

managing complex hyperscale programs?

PDM has experience supporting OFCI and CFCI procurement programs at hyperscale sites. Our engineering team can provide the engineering documentation, FAT reports, and project visibility that procurement and construction teams need. Speak with our team about your program structure.


Request Schedule Evaluation →

For EPC Firms

Engineering and Delivery Support for EPC-Managed Projects.

When critical power equipment is on the project’s critical path, procurement decisions become schedule decisions. PDM helps EPC and construction teams address equipment requirements earlier — with application engineering, specification review, lead-time visibility, quality oversight, and coordinated delivery.

Engaging PDM earlier helps teams evaluate technical requirements and equipment availability while there is still time to protect the energization schedule.

For EPC project and procurement teams:

PDM supports OFCI and CFCI procurement structures with engineering documentation, equipment lead-time visibility, FAT coordination, and project support from specification through delivery.

Talk to a Power Infrastructure Expert.

Every project is different. Tell us about yours — voltage requirements, project schedule, and application — and our engineering team will respond with options, lead times, and a path forward.

sales@pdmllc.net · 855-GET-XFMR (855-438-9367)