For Data Centers
A medium voltage power conversion platform for any data center campus use case.
Natively designed
to work with
The Challenge
Heron Link is a 5 megawatt medium-voltage power conversion system for every data center use case, with no MV transformers required. It supports direct MV AC to native 800 VDC rack power conversion, MV UPS, and E-STATCOM applications.
The result: smaller footprint, higher efficiency, and scalable solutions for your next grid-friendly data center campus.

Design your next data center campus as a grid asset.
Three grid-friendly campus designs that help developers meet emerging grid requirements for large loads, curtail when requested, and convert power efficiently to maximize the interconnection.
Three power solutions for
AI factories

A skidded Heron Link with a high C-rate battery supports direct MV AC to native 800 VDC rack power conversion, stabilizing ripple and eliminating layers of legacy equipment. Compatible with NVIDIA’s Kyber roadmap for next-generation racks.
Key Benefits
98.5% grid-to-rack efficiency unlocks 3.4 MW additional compute per 100 MW site
Reduced downtime risk through modular redundancy and resilient architecture
Removes 90% of MV-to-rack field labor, saving three months of build time
Replaces long-lead LV switchboard, UPS, MVT, and PDU with one component
800 VDC-native, compatible with NVIDIA roadmap for next-gen racks
Shrinks electrical equipment footprint by 70%, creating space for additional compute
SuperBBU integration eliminates all white-space energy storage
Integrated P/Q regulation, ride-through, harmonic damping, and 60 second hold-up
40 GW of U.S. manufacturing capacity from Heron’s Factory One in Morgan Hill, CA
North America-centric supply chain that helps reduce delivery risk

A single block features two Heron Links back-to-back with flexible duration BESS for grid-load de-coupling, ramp-rate control, and fault ride-through. Meets NOGRR 282 and NERC requirements. Scalable to gigawatt campuses.
Key Benefits
97% AC-to-AC efficiency minimizes losses on the power path
Reduced downtime risk through modular redundancy and resilient architecture
Fault-tolerant ride-through capable of meeting IEEE 2800, NOGRR 282, and other emerging standards
Up to 10 MW / min ramp rates to align with the strictest grid requirements
Scales to GW+ sites with 250 MW / acre density
Fully-wrapped solution to minimize complexity and deployment risk
Flexible duration BESS options (5 minutes, 1 hour, 2 hour) to meet site-specific ramp rate and backup requirements
Grid-forming ready controls support P/Q regulation, black start, and harmonic damping
40 GW of U.S. manufacturing capacity from Heron’s Factory One in Morgan Hill, CA
North America-centric supply chain that helps reduce delivery risk

A Heron Link skidded with energy storage to deliver reactive power, active power injection, inertial response, and power quality support. It stabilizes weak grids and helps data center campuses get more usable capacity from their interconnection.
Key Benefits
Integrated energy storage for inertial response and active power injection
P/Q regulation, dynamic ride-through, and harmonic damping
Covers site reactive power needs so more of the grid connection can go to sellable IT load
Damps load oscillations and harmonics to address utility interconnection requirements
3x lower CAPEX and 5x more power-dense than traditional E-STATCOMs
Modular architecture enables 6 months time-to-power
Redundancy in each cabinet and at the site-level for high availability
Modular power cells are field-replaceable in 30 minutes, not in weeks
40 GW of U.S. manufacturing capacity from Heron’s Factory One in Morgan Hill, CA
North America-centric supply chain that helps reduce delivery risk