Midea Building Technologies unveiled integrated power and cooling systems designed to slash equipment costs and energy consumption in Asia-Pacific data centers, presenting the technology at Asia Data Centre World 2026 in Singapore from September 29 to 30.
The company introduced what it calls the industry's first power-cooling hyperconverged architecture—a unified infrastructure stack that combines power systems, energy storage, magnetic bearing cooling sources, and liquid cooling distribution units from the earliest stages of construction. Rather than treating power and cooling as separate problems, the integrated approach matches supply with demand as data centers pack more computing density into existing space.
For operators managing razor-thin margins in competitive markets, the efficiency gains are substantial. One signature product, the Magnetic CDU, cuts equipment footprint by up to 70 percent while shortening deployment cycles. Under suitable operating conditions, it delivers a power usage effectiveness (PUE) rating below 1.2—meaning the data center uses less than 1.2 watts of total facility power for every watt of IT equipment power, a benchmark that directly reduces operating costs.
The Business Case for Integration
The systems address a real constraint facing operators across the region: balancing capital expenditure against long-term energy bills. Midea's Air-Cooled Magnetic Centrifugal Chiller performs particularly well in hot, water-scarce environments, reducing dependence on cooling water while delivering a coefficient of performance of up to 5.4. That efficiency matters most to operators in tropical climates where water availability and cooling costs eat into profitability.
The Industrial-Grade CDU provides 2.6 megawatts of cooling capacity and high-availability support for liquid-cooling distribution to large AI clusters. This capacity lets operators maximize rack density without the redundancy penalties that plague conventional cooling approaches.
Midea's Gui'an Cloud Data Center in China provides concrete evidence of the model's viability. The facility combines Midea hardware with Keppel's digital platform and achieves up to 7,654 hours of annual free cooling alongside a stable PUE below 1.2. That operational footprint translates to measurable cost advantages—free cooling hours reduce mechanical chiller runtime and the energy bills that follow.
Support Infrastructure and Market Reach
The company's ability to execute at scale matters as much as the technology itself. Midea operates 193 local service sites across 29 countries and maintains spare-parts centers in 34 countries. It also operates what it describes as the world's first fully AI-powered chiller Lighthouse Factory, signaling investment in predictive maintenance and supply chain resilience.
The exhibition at Marina Bay Sands drew sustained interest from industry operators, partners, and technical specialists focused on three core problems: AI infrastructure upgrades, data center energy-efficiency optimization, and liquid-cooling deployment. The crowded hall reflected genuine demand across Asia Pacific for solutions that reduce both capital and operating costs without sacrificing reliability.
Midea's strategic collaboration with Keppel on green data center infrastructure—covering design, delivery, and operation—suggests that private partnerships can deliver replicable models more efficiently than government-mandated standards. The Gui'an center demonstrates that point: operators who adopt integrated systems voluntarily enjoy competitive advantages that don't require regulatory intervention.
Why This Matters:
Data center operators face mounting pressure to deliver AI infrastructure while controlling costs. Integrated power-cooling systems reduce capital expenditure through smaller equipment footprints and faster deployment, while lower PUE ratings directly cut energy consumption and operating expenses. For Asia-Pacific markets competing globally for data center investment, technologies that improve efficiency without subsidies or mandates create genuine competitive advantage. The voluntary adoption of these systems by major operators shows that market forces—not regulation—can drive energy efficiency when solutions offer tangible financial returns. Additionally, Midea's distributed service network and spare-parts infrastructure reduce operational risk for customers, lowering the total cost of ownership over a facility's operational life. This matters because it demonstrates how private enterprise can solve infrastructure challenges through innovation rather than government intervention.