Modular liquid cooling for AI and high-density data centers in extreme climates
NextGenergy develops and licenses drop-in liquid cooling modules engineered for AI and high-density data centers operating in extreme cold environments, delivering industry-leading energy efficiency and rapid retrofits without chillers or structural modifications.
Powering the Next Generation of Data Infrastructure
NextGenergy enables high-performance, energy-efficient data centers designed for AI, HPC, and edge computing. Its modular liquid-cooling systems are built to operate reliably in extreme environments while helping operators modernize infrastructure without costly rebuilds.
Vision
To accelerate the global transition to sustainable, high-performance data infrastructure by delivering modular, ultra-efficient, and winter-ready liquid cooling technologies.
Mission
To become the global standard for climate-adaptive data center cooling, enabling AI and edge computing growth without environmental compromise.
Values
- Innovation — Engineered for extreme performance
- Resilience — Built for long-term efficiency
- Partnership — Designed for ecosystem scalability
Who We Serve
NextGenergy addresses two interdependent customer segments through its licensing and partner-driven deployment model.
Integrator Partners
These are B2B partners who will license, manufacture, install, and service NextGenergy’s cooling modules for end users. Ideal integrators:
- Data-Center Integrators with proven track records in rack-scale and modular builds
- Rack-Level Specialists offering turn-key cabinet assembly and commissioning
- Certification Capabilities including CSA, UL, or equivalent electrical and safety approvals
Established Sales Channels into hyperscale, colocation, edge, and public-sector computing markets.
Final Customers
These are the ultimate users of the cooled infrastructure who drive demand via integrator channels:
- Hyperscale & Cloud Providers seeking best-in-class PUE (1.02 – 1.20) for AI/HPC workloads
- Colocation & Enterprise Data Centers looking to retrofit existing facilities and cut OPEX
- Telecom & 5G Edge Sites needing rugged, low-footprint cooling in unheated or outdoor environments
- Government & Research Supercomputing installations in cold-climate campuses requiring high reliability and ESG-driven efficiency
Modular Architecture
Snap-together liquid-cooling modules and manifold assemblies enable independent or pooled operation, supporting both single-rack and multi-rack configurations without custom piping or crane lifts.
Outdoor Deployment
Ruggedized cabinet design accommodates up to 1 000 kVA per container and withstands harsh environments, eliminating the need for dedicated buildings or climate-controlled rooms.
Variable Frequency Control
Integrated sensors and control algorithms dynamically tune pump speed and coolant flow based on real-time heat load and ambient conditions, optimizing energy use and ensuring stable temperatures.
Dual-Mode Cooling Loops
Support for both single-cabinet and multi-cabinet liquid loops allows seamless scalability - from edge nodes to megawatt-scale pods - while simplifying system architecture and maintenance.
Microchannel Cold-Plate
Finely etched microchannels deliver uniform coolant distribution directly over chip hotspots, minimizing thermal resistance and enabling up to 82% better heat extraction versus air cooling.
Winterized Coolant
Antifreeze-enhanced coolant maintains high thermal conductivity down to -40 °C, preventing freeze-related failures and removing the need for external glycol loops or chillers in cold climates.
