Advanced Grid Interface for Large AI Data Center Interconnections

SMA GridLink AC

3 solutions to power your Data Center on your timeline

With 60GW+ deployed nationwide and trusted by system operators worldwide, SMA covers every stage of the AI data center power journey. GridAssist and GridLink AC are available now for the interconnection challenges you are facing today. GridLink DC, our native 800VDC solution for next-generation AI infrastructure, ready for 2027 project deployment. Whatever stage your project is at, SMA is there to guide you.

Grid integration, simplified

SMA GridLink AC is an advanced large-load interconnection technology that enables utilities to connect hyperscale AI data centers with greater confidence. Using a back-to-back AC power conversion architecture with integrated battery energy storage, it transforms highly dynamic GPU power demand into a stable, grid-friendly load profile. The result is improved power quality, reduced load variability, and a more efficient path through the grid interconnection process.

No More Queue Delays

With SMA GridLink AC, your project gets power on your timeline, not your TSO's.

Your Data Center Models as a Simple BESS Load

Your data center models as a simple BESS charge load, eliminating the complexity and risk of complete dynamic load modeling.

Uninterrupted Backup Power

Deliver power stability that supports mission-critical uptime requirements.

Deliver More Power to Compute

Ultra-low losses maximize the efficiency path from grid to rack.

An integrated solution for full load decoupling

SMA GridLink AC combines Medium Voltage UPS technology, battery energy storage integration and advanced plant controls in a single integrated solution. By fully decoupling critical loads from the grid, SMA GridLink AC supports seamless grid integration, uninterrupted backup power and stable operation under demanding grid conditions.

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Included capabilities

  • Medium Voltage UPS hardware and plant control

  • Battery energy storage integration services

  • Engineering services

  • Digital twin and HIL-validated EMT models

  • Lifecycle and post-sales support services

  • Advanced grid support functions (including black start capability, frequency control, active and reactive power regulation, grid synchronization, low-voltage ride-through and zero-voltage ride-through support)

Technical highlights

  • 4.6 MVA nominal power

  • 34.5 kV nominal AC voltage

  • Up to 99.45% inverter efficiency

  • Modular and scalable from mega- to gigawatt sites with n+x redundancy

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