The Environment for Autonomous Energy
The Edge DC is often constrained by local grid capacity and long utility lead times. TeraHive’s Microgrid architecture abstracts this complexity, turning any site into a self-sufficient energy ecosystem.
High-Density AI Power
Eliminate redundant AC conversion losses and bypass long utility lead times. Our unified stack integrates modular 400V DC power shelves with an AI-native Energy OS for site-ready inference at the edge.
The Energy Operating System
The software-defined intelligence layer of the stack. TeraHive EMS continuously monitors, optimizes, and coordinates energy across generation, storage, and compute loads.
Dynamically allocate power based on real-time compute demand and thermal limits to maintain a 1.08 PUE.
Forecast site-level supply and load patterns to prevent infrastructure constraints before they occur.
Orchestrate and scale a global network of distributed Edge Data Centers through a single, centralized interface.
High-Density DC Infrastructure
The physical engine of the stack. Designed specifically for the extreme thermal and power demands of next-generation GPU and accelerator workloads.
Direct-to-rack power delivery that eliminates the redundant conversion stages and energy losses of traditional AC grids.
Concurrent support for 400V DC (AI racks), 48V DC (telecom), and AC legacy systems within a single footprint.
Engineered with a high-density backplane to support advanced thermal designs required by modern inference hardware.
Power the Next Frontier of Edge AI
TeraHive converts energy constraints into competitive advantages, deploying high-density AI inference at the speed of your business—not the speed of the utility grid.
Convert cell towers into localized AI hubs with ultra-low latency.
Pack more compute into existing footprints by removing bulky AC-DC conversion stages.
Meet ESG mandates through direct-to-DC renewable integration and carbon-neutral operations.