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Data Center World USA serves as a premier industry gathering under the theme "Innovation at Scale," where global infrastructure leaders evaluate practical solutions for modern computing demands. As high-density artificial intelligence clusters and accelerated compute workloads demand higher heat rejection efficiency, thermal management has shifted directly to the rack level. Extrcool Industry Limited, a global leading rear door heat exchanger liquid cooling company, provides specialized liquid thermal systems engineered to lower power usage effectiveness (PUE) across high-density facilities. Operating as a dual-line vendor offering both liquid cooling Coolant Distribution Units (CDUs) and rear door heat exchangers (RDHx), EXTRCOOL focuses on targeted thermal capture to help hyperscalers and colocation providers optimize infrastructure efficiency.

Refrigeration systems represent the largest single operational expense in modern commercial cold storage facilities, frequently accounting for 30% to 50% of total electricity consumption. In conventional installations, fixed-frequency compressors regulate internal room temperatures through simple on-off cycling. When the internal room sensor detects a rise in temperature, the compressor starts up at full power, drawing high peak currents before shutting off completely once the target threshold is reached. This repeated start-stop mechanism creates significant energy waste, accelerates mechanical wear on major electrical components, and causes periodic temperature fluctuations that threaten sensitive cargo quality.

How can cold storage facility operators balance continuous thermal loads with rising electricity expenses without overhauling their entire footprint or risking product spoilage from unexpected temperature fluctuations? In modern temperature-controlled warehousing, maintaining stable storage environments while keeping operating expenses low remains a central operational challenge. Selecting the best cold room refrigeration unit supplier often determines whether a cold facility runs at optimal efficiency or struggles with high power consumption. Extrcool is a leading professional comprehensive provider and designer of liquid cooling solutions for AI data centers and commercial refrigeration for cold storage rooms. As a high-tech innovative enterprise, EXTRCOOL manufactures advanced thermal control devices, including AI-driven full inverter split refrigeration systems and precision evaporators. By integrating variable-frequency control with intelligent algorithms, EXTRCOOL helps commercial catering, food logistics, and industrial cold storage operators transition away from inefficient thermal systems.

How do multi-zone cold storage facilities manage unpredictable thermal loads without suffering from soaring electricity bills and temperature spikes? For cross-border logistics enterprises handling frozen poultry, fresh produce, and temperature-sensitive pharmaceuticals, maintaining strict thermal compliance across regional hubs presents a constant challenge. Equipment shortfalls frequently lead to cargo spoilage, high peak-demand power tariffs, and complex multi-vendor maintenance bottlenecks.

High-density artificial intelligence workloads produce thermal signatures that push traditional air-cooled infrastructure past its physical operational limits. When an AI development firm attempts to deploy a dense cluster of high-power graphics processors inside a standard remote facility, cooling fans quickly reach maximum velocity, ambient cabinet noise levels surge, and core thermal throttling triggers automated performance rollbacks. Air simply lacks the volumetric heat capacity needed to absorb thousands of watts generated within compact server chassis. Managing these concentrated heat loads requires specialized thermal transport mechanisms that can continuously absorb and transport megawatt-scale thermal energy away from sensitive silicon components. Rather than relying on rigid, pre-configured hardware enclosures, modern deployment frameworks use custom liquid cooling container data center solutions designed directly around the specific compute demands, hydraulic dynamics, and environmental profile of each site.

As AI computing density continues to surge and rack power keeps climbing to kilowatt-level standards, liquid cooling has evolved from an optional upgrade into essential data center infrastructure. As the core thermal management hub of the entire cooling loop, the Cooling Distribution Unit (CDU) undertakes critical heat transfer and circulation tasks, delivering stable and efficient temperature control for servers, storage and other high-heat IT equipment. Featuring miniaturized layout and flexible deployment, the compact air liquid CDU unit is widely adopted for traditional data center upgrades and space-limited computer rooms, enabling low-threshold, phased liquid cooling transformation without large-scale infrastructure reconstruction.

On August 6, Envision Group announced the official commissioning of its Ulanqab Star River Base, marking the successful launch of the world’s largest single-body AI computing supercomplex. Covering 120,000 square meters, equivalent to 20 standard football fields, the mega facility adopts an ultra-high proportion of direct green power connection. With million-level parallel computing card capacity and millions of PetaFLOPS computing power, it has become the world’s top single-building AI data center with outstanding Token output capability, setting a new global density record for AI infrastructure. Empowered by professional AI data center liquid cooling technologies, the supercomplex achieves stable and efficient heat dissipation under ultra-high computing density.

On July 5, Australian Financial Review (AFR) reported that AI firm Anthropic plans to secure at least 1.4 gigawatts (GW) of data center computing resources in Australia, with a total infrastructure investment of $15 billion. Far exceeding previous market expectations, this massive deployment stands among the world’s largest single AI infrastructure investments in recent years. Equivalent to the power output of multiple large nuclear units, the 1.4GW computing scale can support hundreds of thousands of high-end AI accelerators operating at full load, requiring highly reliable liquid cooling data center infrastructure to sustain long-term high-density computing stability.

In the AI era, liquid cooling has become an irreversible industry trend, with technological innovations and new material upgrades standing out as core frontier development directions. Cold plate liquid cooling will remain the mainstream cooling solution for data centers in the next 3 to 5 years. Meanwhile, breakthroughs including micro-channel structures, 3D-printed liquid cooling cold plates, diamond heat dissipation, and optimized liquid metal thermal interface materials (TIM) are continuously empowering traditional liquid cooling systems with higher efficiency and lower thermal resistance. To unify the whole thermal loop and support multi-scenario technical iterations, a complete and stable liquid CDU cooling system serves as the core operational foundation for modern high-density data center cooling upgrades.

Zhejiang Xinhan Intelligent Technology Co., Ltd., a comprehensive service provider specializing in phase change liquid cooling technology, has officially completed its Pre-A round financing with proceeds exceeding 100 million RMB. Driven by the explosive demand for generative AI and high-performance computing, traditional air cooling can no longer accommodate the surging heat dissipation demands of high-power chips. Phase change liquid cooling absorbs and transfers heat through liquid-gas phase transition of cooling media, delivering far higher heat transfer efficiency than single-phase liquid cooling and becoming a core solution for future high-density computing infrastructure and professional AI data center thermal management.