{
    "success": true,
    "data": {
        "id": 2007841,
        "msgid": "midea-introduces-industrys-first-power-cooling-hyperconvergence-architecture-at-data-centre-world-asia-2026-1790658294",
        "date": "2026-09-29 11:19:17",
        "title": "Midea Introduces Industry's First 'Power-Cooling Hyperconvergence Architecture' at Data Centre World Asia 2026",
        "author": "",
        "source": "ANTARA_ID",
        "tags": "",
        "topic": "Technology",
        "summary": "Midea Building Technologies (MBT) is set to unveil its pioneering power-cooling hyperconverged architecture at the upcoming Data Centre World Asia 2026. The innovation aims to address the rising power density and heat dissipation challenges posed by the surge in AI workloads in modern data centres.",
        "content": "<p>Singapore, (ANTARA\/PRNewswire) - Midea Building Technologies (MBT)\nwill participate in Data Centre World Asia 2026, held on 29-30 September\nat Marina Bay Sands, Singapore. At Booth T10, MBT will introduce three\nkey innovations: the industry\u2019s first power-cooling hyperconverged\narchitecture, AI data centre (AIDC) cooling solutions featuring three\nflagship products, and a strategic collaboration with Keppel. On the\nafternoon of 29 September, MBT will also launch a white paper prepared\nby Omdia at the request of Midea.<\/p>\n<p>The surge in AI workloads has caused power density in data centre\nracks to far exceed designs from the CPU era. This situation presents\ntwo primary challenges for data centre operators: delivering sufficient\npower to facilities and dissipating heat efficiently. Traditionally,\nconventional designs have handled these two needs separately. However,\nthis approach is becoming increasingly difficult to implement as power\nrequirements per rack continue to rise.<\/p>\n<p>To address these challenges, MBT will launch the \u2018AIDC Converged\nInfrastructure White Paper\u2019, co-authored with CLOU Electronics. This\npublication highlights hyperconverged architecture as a key direction\nfor future data centre development. The architecture integrates power\nsupply, energy storage, magnetic bearing-based cooling sources, and\nliquid-cooling CDU systems into a single integrated system. By\ncoordinating power, energy storage, and cooling at the system level,\nthis approach offers a solution for building high-density,\nhigh-efficiency AI data centres while simultaneously reducing carbon\nemissions.<\/p>\n<p>MBT will also showcase a full-stack AIDC cooling solution that covers\ncooling sources, distribution, and heat dissipation at the terminal for\ncomputing environments with high density, high temperatures, and limited\nwater resources. The Magnetic CDU is one of the flagship products in\nthis solution. By combining magnetic bearing-based cooling sources and\ncoolant distribution into one system, this product reduces equipment\nspace requirements by up to 70%, accelerates the implementation phase,\nand supports a PUE of below 1.2 under appropriate operational\nconditions. Two other products complete the lineup: an Air-Cooled\nMagnetic Bearing Centrifugal Chiller with a COP of up to 5.4 and an\nIndustrial-Grade CDU with a cooling capacity of 2.6 MW.<\/p>\n<p>MBT has also entered into a strategic partnership with Keppel for the\niconic Gui\u2019an Midea Cloud Data Centre project. This project combines\nMBT\u2019s HVAC capabilities with Keppel\u2019s expertise in digital\ninfrastructure, capable of providing up to 7,654 hours of free cooling\nper year with a stable PUE below 1.2. This project serves as a prime\nexample of large-scale energy-efficient design and operation.<\/p>\n<p>MBT invites customers, partners, and industry practitioners to visit\nBooth T10 to witness firsthand the system-level thermal management\ninnovations designed to meet the needs of data centres in the\nhigh-density computing era of AI.<\/p>",
        "url": "https:\/\/jawawa.id\/newsitem\/midea-introduces-industrys-first-power-cooling-hyperconvergence-architecture-at-data-centre-world-asia-2026-1790658294",
        "image": ""
    },
    "sponsor": "Okusi Associates",
    "sponsor_url": "https:\/\/okusiassociates.com"
}