Powering the Digital World at Scale
Supporting the rapid expansion of data centers driven by AI, cloud, and global connectivity.
Delivering Clean, Reliable Power for Data Centers
Data centers are the backbone of the digital world, supporting everything from cloud to AI-driven applications. As demand grows, so does the need for power systems that deliver consistent, high-quality energy without interruption.
From grid to rack, electrical infrastructure must maintain stable voltage, minimize disturbances, and operate efficiently at scale. In environments where uptime is critical, power performance directly impacts reliability and long-term growth.
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Chillers & Cooling Towers
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Air Handler (CRAH)
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Generators
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Substation Transformer
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Power Distribution (PDU)
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Switchgear
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UPS
TruWave™ Active Harmonic Filters
- Maintains clean power quality by actively correcting distortion in real time
- Reduces nuisance trips, overheating, and premature equipment wear
- Scales dynamically as IT loads and facility capacity grow
Passive Harmonic Filters
- Improves power quality by limiting distortion from nonlinear and UPS-driven loads
- Reduces excess heat and electrical stress on transformers and IT infrastructure
- Provides a simple, cost-effective solution for stable, predictable operating environments
TruWave™ Active Harmonic Filters
- Maintains clean power quality by actively correcting distortion in real time
- Reduces nuisance trips, overheating, and premature equipment wear
- Scales dynamically as IT loads and facility capacity grow
Passive Harmonic Filters
- Improves power quality by limiting distortion from nonlinear and UPS-driven loads
- Reduces excess heat and electrical stress on transformers and IT infrastructure
- Provides a simple, cost-effective solution for stable, predictable operating environments
TruWave™ Active Harmonic Filters
- Maintains clean power quality by actively correcting distortion in real time
- Reduces nuisance trips, overheating, and premature equipment wear
- Scales dynamically as IT loads and facility capacity grow
Medium Voltage Substation Transformers
- Delivers stable, high-capacity power at the utility handoff to support mission-critical uptime
- Supports fast-ramping, high-density AI and hyperscale loads with consistent thermal and voltage performance
- Adapts to site-specific footprint, environmental, and safety requirements across greenfield and retrofit builds
High Efficiency Dry-Type Transformers
- Lowers energy losses and operating cost to help improve PUE and sustainability performance
- Provides clean, electrically isolated power for sensitive IT and server infrastructure
- Performs reliably under harmonic-rich, high-density load profiles in space-constrained layouts
PDU Transformers
- Delivers safe, consistent voltage at the rack and row level for high-density IT deployments
- Enables modular expansion and reconfiguration of cabinets and PDUs without upstream redesign
- Controls electrical noise and thermal stress to protect uptime and equipment life
Current Limiting Air Core Reactors
- Limits fault current to protect switchgear, transformers, and downstream systems
- Stabilizes voltage during switching and load transfer events
- Supports arc-flash mitigation and compliance with safety standards
High Efficiency Dry-Type Transformers
- Lowers energy losses and operating cost to help improve PUE and sustainability performance
- Provides clean, electrically isolated power for sensitive IT and server infrastructure
- Performs reliably under harmonic-rich, high-density load profiles in space-constrained layouts
TruWave™ Active Harmonic Filters
- Maintains clean power quality by actively correcting distortion in real time
- Reduces nuisance trips, overheating, and premature equipment wear
- Scales dynamically as IT loads and facility capacity grow
Current Limiting Air Core Reactors
- Limits fault current to protect switchgear, transformers, and downstream systems
- Stabilizes voltage during switching and load transfer events
- Supports arc-flash mitigation and compliance with safety standards
High Efficiency Dry-Type Transformers
- Lowers energy losses and operating cost to help improve PUE and sustainability performance
- Provides clean, electrically isolated power for sensitive IT and server infrastructure
- Performs reliably under harmonic-rich, high-density load profiles in space-constrained layouts
Current Limiting Air Core Reactors
- Limits fault current to protect switchgear, transformers, and downstream systems
- Stabilizes voltage during switching and load transfer events
- Supports arc-flash mitigation and compliance with safety standards
Designed for High-Density, Mission-Critical Environments
HPS enables efficient, reliable power distribution for modern data centers, supporting higher densities, faster deployment, and continuous uptime from grid to rack.
Lower PUE at Scale
Reduce system losses to improve efficiency and operating cost.
Support High-Density Loads
Handle increasing rack power demands without performance tradeoffs.
Enable Fast, Repeatable Deployment
Standardized solutions support rapid, repeatable buildouts.
Protect Critical IT Infrastructure
Deliver stable power that minimizes risk to sensitive equipment.
Maintain Uptime
Engineered for continuous operation in mission-critical environments.
Improve Visibility & Control
Optional IoT metering enables remote monitoring and uptime support.
Explore Data Center Solutions
Medium Voltage Transformers
Step down power from the grid, on-site generation, and energy storage systems for safe, reliable facility distribution.
Low Voltage & PDU Transformers
Deliver stable, efficient power from PDU to rack for high-density IT loads.
Power Quality & System Protection
Mitigate harmonics, manage fault currents, and protect critical infrastructure from electrical disturbances.
Tools and Resources
Article
State of the Data Center Boom - Why Power Infrastructure Now Defines What Gets Built
Article
Inside and Out: Designing Resilient Data Center Power with VPI and Cast Resin
Training - Coming Soon
Powering the Digital Backbone: Designing Electrical Infrastructure for Modern Data Centers