Introducing the industry’s first multiport energy router
Traditional power conversion is fixed. AI compute is fast moving.
GridBlock replaces fixed-function power architectures with multiport, software-defined power control.
It routes, manages, and blends energy from any source to deliver AC and DC power, dynamically reconfiguring as power architectures evolve.
800 V DC is where AI factories are headed. GridBlock is already there.
Faster Power Today, Reprogrammable Tomorrow
A single, unified architecture integrates and stabilizes multiple energy sources, accelerating time to power. Software-defined ports enable flexibility as racks and AI workloads evolve over time, supporting 480 V AC, 800 V DC and hybrid deployments.
Fewer delays. Fewer devices. Fewer vendors. No retrofits.
How GridBlock Works
Packetizes energy from multiple sources simultaneously and distributes it as AC or DC across software-defined power buses to the compute load.
Controls every connected source with a patented soft-switching topology that limits available fault current and continuously filters power.
Routes energy between ports to balance supply and demand and respond to dynamic variation in real time while offering advanced load-smoothing.
Key Capabilities
Multiport Architecture
Simultaneously connects multiple AC or DC energy sources through bidirectional ports, enabling localized generation integration and flexible, grid-integrated load management.
AI Load Smoothing
Intelligently maps load demand with best-suited energy source for seamless transient management. Storage for fast swings, generation for sustained draw. Meets utilities ramp rate natively and stabilizes behind-the-meter generation.
Continuous Blending
Packetizes, routes, manages, and blends multiple sources of energy for lower cost of operation and improved performance.
Software-defined Power
Energy packets can be reconfigured into any voltage or frequency and can dynamically adapt to distribution topology as requirements change.
One device. Maximum flexibility. GridBlock.
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