AI Grid Power Technology

Full-Stack Power
Architecture

Next-Gen AI Data Center
Infrastructure

800V AIDC HVDC
Power Expert

Focused on high-power, high-efficiency, high-dynamic buffering power technology for AI data centers

Full-Stack Power
Architecture

Peak efficiency >98%, short-time overload up to 180%, 10 us fault isolation, designed specifically for GPU fluctuating loads

Next-Gen AI Data Center
Infrastructure

Campus hybrid storage to rack-level ultra-fast fault protection, the full chain is fully disclosed

Explore Solutions Explore Solutions

View Details View Details

Download White Paper Download White Paper

Products & Solutions

View All Products View All Products

60kW 800V
HVDC Power Module

Peak Efficiency ≥98%

Short-time overload up to 180%

Wide-Range AC Input

VRT/FRT Ride-Through

Parallel for MW-Scale Systems

GPU Fluctuating Loads

60kW 800V
Bidirectional DC/DC Module

Peak Efficiency ≥98.5%

Short-time overload up to 180%

GPU Fluctuating Loads

VRT/FRT Ride-Through

Multi-Format Li/Na-ion Batteries

Ultra-fast switching for dynamic response

60kW 800V
CBU Power Module

Stable 800V Bus Voltage

Load Spike Suppression

Protects Modules & Loads

HV Safety + Filtering

Configurable by Load

Hot-Swappable

800V HVDC
Power Rack

Wide-Range AC Input

Wide-Range Battery Input

1250kW Rated per Rack

Parallel up to 5MW System

Short-time overload up to 180%

GPU Fluctuating Loads

720kW 800V
Distributed Power Rack

Dual AC Inputs

4-Channel Energy Storage Inputs

8-Channel 800V DC Outputs

Optional AC Output

Full Insulation & PDU Monitoring

Redundant & Hot-Swappable

800V HVDC
Sidecar Power Cabinet

Customizable PDU & Monitoring

Wide-Range Battery Input

Max. 1.2MW Rated Power

8-Channel DC Outputs & Protection

GPU Fluctuating Loads

Redundant & Hot-Swappable

5MW 800V
Ultra-High Power System

Composed of 1250kW Racks

Down-Compatible with 1.25/2.5MW

Option to Integrate MV Input & LV PDU

Factory-Prefabricated Option

DR3+1, BR4+1C Compatible

100MW-to-GW AIDC Clusters

60kW 800V
HVDC Power Module

Peak Efficiency ≥98%

Short-time overload up to 180%

Wide-Range AC Input

VRT/FRT Ride-Through

Parallel for MW-Scale Systems

GPU Fluctuating Loads

60kW 800V
Bidirectional DC/DC Module

Peak Efficiency ≥98.5%

Short-time overload up to 180%

GPU Fluctuating Loads

VRT/FRT Ride-Through

Multi-Format Li/Na-ion Batteries

Ultra-fast switching for dynamic response

60kW 800V
CBU Power Module

Stable 800V Bus Voltage

Load Spike Suppression

Protects Modules & Loads

HV Safety + Filtering

Configurable by Load

Hot-Swappable

800V HVDC
Power Rack

Wide-Range AC Input

Wide-Range Battery Input

1250kW Rated per Rack

Parallel up to 5MW System

Short-time overload up to 180%

GPU Fluctuating Loads

720kW 800V
Distributed Power Rack

Dual AC Inputs

4-Channel Energy Storage Inputs

8-Channel 800V DC Outputs

Optional AC Output

Full Insulation & PDU Monitoring

Redundant & Hot-Swappable

800V HVDC
Sidecar Power Cabinet

Customizable PDU & Monitoring

Wide-Range Battery Input

Max. 1.2MW Rated Power

8-Channel DC Outputs & Protection

GPU Fluctuating Loads

Redundant & Hot-Swappable

5MW 800V
Ultra-High Power System

Composed of 1250kW Racks

Down-Compatible with 1.25/2.5MW

Option to Integrate MV Input & LV PDU

Factory-Prefabricated Option

DR3+1, BR4+1C Compatible

100MW-to-GW AIDC Clusters

Application Scenarios

AI Computing Centers / SuperPOD Campuses

AI Computing Centers / SuperPOD Campuses

800V DC backbone directly powers GPU loads, supporting MW-scale rack clusters

Hyperscaler Self-Built Data Centers

Hyperscaler Self-Built Data Centers

Campus hybrid storage cuts generators 50%-67%, deployment shortened to 8-10 months

Brownfield Data Center Retrofit

Brownfield Data Center Retrofit

Sidecar and In-Row Power Rack enable smooth evolution, no full power-down rebuild

Rack-Level Dynamic Loads

Rack-Level Dynamic Loads

Split-frequency storage + In-Row caps absorb GPU transients locally, stabilizing DC bus

Technical White papers

View All Resources View All Resources

Core Architecture

800V DC Hybrid Energy Storage Architecture for Next-Gen AI Data Centers

View & Download View & Download

Deployment Guide

800V HVDC Split-Frequency Storage & Ultra-Fast Fault Protection

View & Download View & Download

Core Architecture

800V DC Hybrid Energy Storage Architecture for Next-Gen AI Data Centers

View & Download

Deployment Guide

800V HVDC Split-Frequency Storage & Ultra-Fast Fault Protection

View & Download

News & Events

Focus on 800V AIDC Power Infrastructure — UUGreenPower Debuts at ODX 2026 Open Data Center Conference

2026-09

Focus on 800V AIDC Power Infrastructure — UUGreenPower Debuts at ODX 2026 Open Data Center Conference

Evolution of 800V Charging-Storage Integrated Power Facilities: The Trade-off Between Energy Storage and Generators

2026-09

Evolution of 800V Charging-Storage Integrated Power Facilities: The Trade-off Between Energy Storage and Generators

UUGreenPower Releases 800V DC Whitepaper in Partnership with Power Network: From Campus Hybrid Energy Storage to Rack-Level Protection

2026-09

UUGreenPower Releases 800V DC Whitepaper in Partnership with Power Network: From Campus Hybrid Energy Storage to Rack-Level Protection

AIDC Product Premiere at SNEC | Reshaping the Power Supply System of Computing Centers

2026-06

AIDC Product Premiere at SNEC | Reshaping the Power Supply System of Computing Centers

View All News View All News

Proven at Global Scale

Connect with our engineering experts to discuss how AIGrid's 800V HVDC architecture can revolutionize your next hyperscale computing deployment and maximize data center operational efficiency.

Learn More About Us

0 GW+

Annual Deliveries

0 +

Industry Patents
Applied

0 %+

R&D Personnel
Ratio

0 +

Global Top-tier
Experts

0 +

Years of Power
Innovation

Ready To Power TheReady To Power The Future Of AI?Future Of AI? Ready To Power TheReady To Power The Future Of AI?Future Of AI?

Connect with our engineering experts to discuss how AIGrid's 800V HVDC architecture can revolutionize your next hyperscale computing deployment and maximize data center operational efficiency.