EnNova – Modular Power & Cooling Campus for AI and HPC
EnNova is a large-scale, prefabricated infrastructure system for AI and HPC applications — delivering modular power, energy storage, and advanced cooling in a scalable containerized format.
The system provides the full physical foundation (power, cooling, UPS, and monitoring) for high-density compute clusters. IT hardware and GPUs are supplied and configured by the end customer or their IT partner.
With advanced single-phase liquid cooling, EnNova ensures safe, efficient operation, eliminates thermal risks, and extends hardware lifespan — even in dense GPU environments.
Each IT container is ready and supports your choice of GPU servers, from NVIDIA RTX 4090 to H100 or equivalent, ensuring full flexibility with your preferred hardware architecture.
Key Features
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Prefabricated & Modular – Factory-built, stackable PODs for rapid deployment and easy scaling.
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Cooling Capacity – Up to 300 kW per 40ft unit
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Scalable Capacity – 20ft and 40ft ISO containers enable flexible, multi-POD AI clusters.
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Liquid Cooling & Energy Efficiency – Delivers 120 kW+ rack-level cooling for high-density GPU, CPU and ASIC workloads. Ensures stable thermal balance, enables heat recycling and extends hardware lifespan by over 15%, with industry-leading PUE 1.05–1.1.
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Power Redundancy – CDU, UPS with LFP energy storage and diesel backup
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AI-Optimized Performance – Designed for FP16 AI training, inference and HPC applications.
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Fast Deployment – Operational in 3–6 months.
Green Power Integration – Lower LCOE
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EnNova is designed to connect directly with renewable and microgrid systems, ensuring stable, efficient, and sustainable operation.
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Seamless integration with wind, solar, and storage systems.
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Microgrid + grid-forming BESS secure power even on weak grids.
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Renewables and storage reduce energy costs and minimize diesel dependence.
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Enables carbon-free operations, supporting ESG goals and LEED Green AIDC certification.
AI/ML training clusters
High-density GPU infrastructure for AI and machine learning workloads — from training large language models to complex inference and analytics.
Enterprise & Cloud Expansion
Prefabricated, scalable capacity for telecoms, cloud providers and large enterprises — deployed in months, not years.
Resilient Infrastructure & Microgrids
Liquid-cooled battery UPS with diesel backup supports island-mode operation for uninterrupted service.
Sustainable AI Infrastructure
Achieve PUE 1.05, cut emissions and extend hardware life cycles through renewable-ready integration.
High-Performance Computing (HPC)
Purpose-built for scientific research, simulation and big data analytics, EnNova delivers petaflop-scale compute power with safe, efficient thermal management.
Performance Highlights
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Power density: 10.8 kW/m²
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Compute density: 8.6 PFLOPS/m²
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AI Inference Capacity: Up to 2560 PFLOPS (FP16, RTX 4090 GPUs)
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AI Training Capacity: Up to 2048 PFLOPS (FP16, H100 GPUs)
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Efficiency: 264% higher density vs. air-cooled systems
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OPEX Savings: USD 1.5M per 10k PFLOPS annually
EnNova AIDC Cluster Architecture
IT Infrastructure
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8 IT Containers per POD
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Ready IT cabinets for customer-selected GPUs (RTX 4090, H100, etc.)
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Integrated operations and control area
Power & Distribution
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2 Power & Distribution Containers per POD
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Medium-voltage 10 kV switchgear
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Containerized diesel generator backup
Cooling & Energy Storage
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Distributed CDU with blind-mate cooling
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Closed-loop cooling towers or dry coolers
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Liquid-cooled LFP battery systems for UPS and microgrid support
Auxiliary Systems
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10 auxiliary containers (aisle, stair, monitoring, control)
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Integrated DCIM (Data Center Infrastructure Management) system
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Modular stacking for easy expansion
Core Components of the EnNova Campus
Each EnNova system is delivered as a complete prefabricated AI data center campus. All modules are TÜV-certified and engineered for Nordic and European standards.
Liquid Cooling IT Cabinet
Liquid cooled ready GPU infrastructure for maximum efficiency and uptime.
Distributed CDU
Manages and balances cooling loads across IT and battery systems.
Liquid Cooling Manifold
Compact, reliable coolant distribution system ensuring stable temperatures.
Closed-Loop Cooling Tower
High-efficiency heat rejection system for consistent performance.
IT Container Module
Prefabricated IT container housing GPU clusters and control systems.
Power & Distribution Container
Ensures stable power supply, grid connection, and smart load management.
Immersion-Cooled Battery System
Integrated LFP battery storage for backup and renewable integration.
Auxiliary
Container Unit
Flexible space for monitoring, control, or additional equipment.
Containerized Diesel Generator (DG) Unit
Hybrid backup solution for uninterrupted operations.
DCIM – Data Center Infrastructure Management
Smart control system for power, cooling, and performance monitoring.