Company: INV
Filing Date: 2025-11-12
Form Type: 424B3
Source: 0001140361-25-041464
Chunk: 98

Company: Innventure, Inc.
Filing Date: 2025-11-12
Form: 424B3
Chunk 98
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, increasing the number of servers per rack, increasing the number of racks per unit area of data center, and increasing revenue for a given data center footprint and reducing costs as less space is used. |

| • | Energy Savings: Eliminates air conditioning needs and costs associated with legacy air-cooling systems. |

| • | Water Savings: Potential to eliminate water use in cooling system. |

Value to Clients The Accelsius solution allows clients to align data center operations with sustainability goals and increasingly competitive commercial requirements:

| • | Enables the adoption of high wattage processors. The American Society of Heating, Refrigerating and Air-Conditioning Engineers has suggested that the exponential increase of CPU and GPU wattages is expected to soon exceed the capacity of most existing air cooling systems. |

| • | Dramatically improves density in the data center. With Accelsius’ technology, air heat syncs are not required, allowing more processing power in each server. Racks no longer must be depopulated to allow air flow, nor are cold and hot aisles needed. |

| • | Allows more power to be allocated to computing rather than cooling. An average data center allocates around 40% of their power to cooling and other overhead. When power used for cooling is reduced, more incoming power for data centers can be used for computing tasks, and data center capacity can be increased dramatically. We estimate that we can reduce the power allocated to cooling by around 49%. |

| • | Is compatible with legacy infrastructure. Although new data center builds will prioritize liquid cooling, brownfield sites are still actively introducing AI / machine learning and other dense workloads. Accelsius technology can fit in a standard rack and connect to existing facility water loops. |

| • | Heat removal head room. We believe Accelsius technology will be designed to support not just this generation of processors, but many more to come. Standard CPU power consumption is expected to exceed 500 W and standard GPU power consumption is expected to exceed 700 W by the end of 2025, with high performance GPUs reaching 2000 watts in 2026. Based on the recent trajectory of increasing CPU and GPU power consumption, we believe there is a high likelihood that chips may reach temperatures of up to 2500 watts in the near future. The ability to cool these power processors helps protect the investment in Accelsius’ NeuCool technology. |

History The basic two-phase cooling technology underpinning NeuCool was developed at Nokia Bell Labs over a three-year period from 2019 to 2022