One package, three building blocks.
Direct-DC MPPT Gateway
Brings solar, wind and battery power onto the DC bus without the inverter round trip.
SSCB Safety Module
Silicon-carbide solid-state protection designed for fast fault clearing on HVDC buses.
Core Power Shelf
Hot-swappable, isolated 380 V-to-48 V conversion for rack or sidecar deployment, designed for alignment with OCP Open Rack v3.
Why higher-voltage DC is moving into the data center.
Density
As racks pass 100 kW, higher-voltage distribution cuts current and copper. At 380 V DC that can mean up to about 15 times less conductor cross-section than 48 V distribution.
Renewable coupling
Solar and batteries are natively DC, so a DC bus is the natural place to connect them.
Fewer conversion stages
Fewer series conversion steps on the critical path, an approach long used in telecom DC power.
Standards momentum
Open Compute Project specifications for HVDC and plus/minus 400 V / 800 VDC distribution are maturing quickly.
Designing a renewable-fed or DC-native site?
Start with a site power-path study. We will look at your generation, storage, load and voltage options and show you where a DC critical path makes sense and where it does not.
Delivered with the engineering support that EPCs and developers need to specify it.
Strategic Infrastructure
Site Analysis
We will look at your generation, storage, load and voltage options.
Determine where a DC critical path makes sense and where it does not.
Request a Site Study
Request a Site Study
Pure-DC critical path.
One integrated renewable-to-rack package for sites where power starts as DC, delivered with engineering support.