Arete Intelligent Power
Arete Intelligent Power delivers purpose-built HVDC power solutions that connect the grid directly to mission-critical loads such as AI compute clusters, megawatt-scale EV chargers, and DC microgrids. Its integrated 1.35 MW system features immersion-cooled battery energy storage, native 800 VDC distribution, and 98.2% peak efficiency, consolidating multi-megawatt power management into a single factory-built footprint.
- Energy
- Battery Technology
- Hardware
- Clean Technology
Funding
Founders
Founder details are not available yet.
Product
Problem
Current AC power architectures and one-way power delivery cannot meet the demands of AI-era infrastructure, which must deliver massive capacity while responding dynamically to sharp, volatile load swings from AI workloads. These systems also struggle to integrate alternative energy sources to lower electricity costs and reduce grid dependence, creating bottlenecks between the grid and mission-critical loads.
Solution
Arete Intelligent Power provides purpose-built HVDC power solutions that connect the grid directly to mission-critical loads such as AI compute clusters, megawatt-scale EV chargers, and DC microgrids. The company's integrated ~1.35 MW system features immersion-cooled battery energy storage, native 800 VDC distribution, and a peak efficiency of 98.2%. By consolidating multi-megawatt power management, dynamic load support, and DC distribution into a unified, factory-built footprint, Arete makes power delivery more cost-effective, resilient, and intelligent. The architecture orchestrates energy through intelligent power devices that respond dynamically to load swings and integrate alternative energy sources.
Target Audience
Primary customers are operators of AI compute clusters, megawatt-scale EV charging infrastructure, and DC microgrids that require high-density, efficient, and resilient power delivery from grid to load.
Features
- Integrated ~1.35 MW high-density power system demonstrated at Computex 2026
- Native 800 VDC distribution architecture for direct grid-to-load connectivity
- Immersion-cooled battery energy storage (BBU) for high-density thermal management
- Peak system efficiency of 98.2%
- Factory-built unified footprint consolidating multi-megawatt power management and dynamic load support
- Intelligent power devices designed to respond dynamically to volatile AI workload load swings