Powering the Next Generation of Data Centers
At Claros, we’re rethinking power delivery to reduce conversion losses and optimize performance for AI workloads.
Power Gateway is an 800 VDC intelligent power distribution platform built on a DC-native architecture with precision software controls.
- Featuring the latest innovations, Power Gateway transforms how data centers are powered, replacing legacy infrastructure with DC solutions that reduce conversion losses and unlock more compute from every megawatt.
- Power Gateway integrates the latest component-level innovations on the market, laying the foundation for a new generation of power distribution, one that is reliable and continuously evolving to meet customers’ needs.
Scalable Power Delivery,
Built for Next-Gen AI
- Power Gateway is a modular, low-voltage DC power distribution platform specially designed for modern AI/ML compute environments. Built from a 50kW programmable building block, it is capable of supporting data centers of any size.
Performance Specs & Features
800 VDC primary voltage
>98% power system efficiency
Outdoor-rated 17.5 ft x 3.5 ft x 8 ft enclosure
Multiple configurations from 2.7 – 4.2MW
The Claros Advantage
Other Solutions
Deployment Speed
Proven components from EV/DC Microgrid supply chains with interoperability to deliver on schedule
Electrical infrastructure hardware can delay data center build and increase risk of failures.
Capital Efficiency
28% or $2.74/W CAPEX improvement, resulting in more tokens/$ invested to maximize project ROI
Chip innovation is driving higher rack density and upstream electrical infrastructure cannot meet workload requirements.
Power Reliability
Simplified BTM energy and storage integration with software-driven power orchestration based on workload
Proliferation of BTM energy sources to supplement the grid with varying levels of operational flexibility and certainty
Solving For DC Power's Hardest Challenges
Claros is redefining data center infrastructure, optimizing energy efficiency and allowing for more sustainable high-performance computing.
Safety
Reducing safety risks associated with elevated arc-flash energy, faster fault propagation, and harder fault-isolation
Reliability
Handling increased power demands while minimizing stress on infrastructure and outages
Control
Developing new systems to overcome DC performance constraints and better orchestrate available power sources
Compliance
Co-creating the standards for how DC power systems are built and used
Meeting the Power Demands of Next-Gen AI
Modern AI training and inference push GPU clusters to their limits — and the power envelope follows. This creates a fundamentally new challenge for infrastructure that the Claros team is solving with our partners.
No CBU
With CBU
AC Grid
DC Bus
IT Load
AC Grid
No CBU
With CBU
DC Bus
No CBU
With CBU
IT Load
No CBU
With CBU
Partner with Claros
Contact us to discuss pilot demonstrations or to visit the Claros lab.