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AI Business & IndustryASCII.jpPublished: Oct 30, 2026, 10:01 JST

MQue to Develop AI Heat-Pump Design Platform, Eyes 2028 Launch

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MQue to Develop AI Heat-Pump Design Platform, Eyes 2028 Launch

3 Key Points

  1. What happened

    MQue said on Oct 21 it will advance practical development of a heat-pump heat-exchanger design platform pairing fluid simulation with AI (a surrogate model) to predict heat and fluid behavior faster and more accurately.

  2. Why it matters

    The platform aims to cut the time and cost of heat-pump development by reducing trial-and-error prototyping, which could speed up product launches.

WHO IT HITSHVAC and water-heater manufacturers developing heat pumps may gain a faster design tool, potentially reducing prototyping costs and time to market; the body does not specify which companies will partner.

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Context & Analysis

MQue's move builds on prior work: the company was selected in fiscal 2024 for NEDO's Phase B (fundamental research) under the same program, where it verified basic technology. The new Phase C selection marks a step up to practical application research and development.

Heat pumps, used in air conditioners and water heaters, move heat via refrigerants, but switching to low-GWP refrigerants changes heat and fluid behavior fundamentally, forcing a redesign of the heat exchanger. MQue's platform aims to handle complex liquid-gas mixing that conventional software cannot predict, reducing reliance on repeated prototyping and experiments.

Beyond heat pumps, MQue sees potential in electric vehicle thermal management and data center cooling, areas where advanced heat control is increasingly needed.

FAQ
When will the platform be available for general sale?
MQue aims for general sales after two years of trial use with partner companies through September 2028.
What technology does MQue's platform use?
It combines fluid simulation with an AI surrogate model to quickly and accurately predict complex heat and fluid behavior.
What other applications does MQue envision?
MQue expects future expansion into thermal management for electric vehicles (EVs), cooling systems for data centers, and other fields requiring advanced heat control.
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