{"id":3432,"date":"2025-11-03T21:51:23","date_gmt":"2025-11-03T14:51:23","guid":{"rendered":"https:\/\/climanusa.com\/uncategorized\/revolusi-pendinginan-data-center-mengadopsi-teknologi-dua-fasa-untuk-kinerja-dan-efisiensi-tertinggi-di-indonesia\/"},"modified":"2025-11-07T21:54:48","modified_gmt":"2025-11-07T14:54:48","slug":"the-data-center-cooling-revolution-adopting-two-phase-technology-for-peak-performance-and-efficiency-in-indonesia","status":"publish","type":"post","link":"https:\/\/climanusa.com\/en\/climanusa-updates\/the-data-center-cooling-revolution-adopting-two-phase-technology-for-peak-performance-and-efficiency-in-indonesia\/","title":{"rendered":"The Data Center Cooling Revolution: Adopting Two-Phase Technology for Peak Performance and Efficiency in Indonesia"},"content":{"rendered":"

In the world of high-performance computing and artificial intelligence (AI), the most significant challenge faced by engineers and facility managers is heat.<\/p>\n

The ever-increasing power density of servers and, particularly, the latest generation of graphics processing units (GPUs), creates a thermal load unmatched by conventional cooling technologies.<\/p>\n

Much like a Formula 1 car requiring a cutting-edge cooling system to keep its engine optimal at top speeds, the modern data center now requires an equally revolutionary approach.<\/p>\n

\n

This is the era where two-phase liquid cooling is no longer a luxury, but a necessity for maintaining competitiveness.<\/p>\n

Traditional air cooling and even single-phase liquid cooling are beginning to reach their limits.<\/p>\n

Single-phase solutions, while more familiar in the market, harbor hidden challenges such as higher maintenance requirements, risks of biofouling, and corrosion.<\/p>\n

More alarmingly, these solutions are not designed to handle the thermal explosion of future AI workloads.<\/p>\n

They are like vehicles stuck in the slow lane, while competitors are accelerating with smarter technology.<\/p>\n

An analogy can be drawn from recent highlights in the Formula 1 world.<\/p>\n

McLaren Racing Limited was accused of using water to cool their tires\u2014a banned practice.<\/p>\n

Investigations revealed it wasn’t water, but a material undergoing phase change.<\/p>\n

This material acts like a “magic temperature sponge,” absorbing vast amounts of heat at its melting point, thereby keeping tire temperature stable and optimal at peak speeds.<\/p>\n

This same principle of physics is the core of direct-to-chip two-phase cooling. A specialized coolant doesn’t just flow;<\/p>\n

it boils and changes from a liquid to a gas directly on the heat source (the chip), absorbing a tremendous amount of heat energy in the process.<\/p>\n

This allows for consistent and superior cooling, lap after lap, or in the data center context, compute cycle after compute cycle.<\/p>\n

In Indonesia, where digital growth and AI adoption are accelerating rapidly, the need for resilient and efficient data center infrastructure is urgent.<\/p>\n

This is where Climanusa, as a trusted partner in critical infrastructure solutions, steps in to bridge the gap between traditional cooling technology and the future.<\/p>\n

Climanusa understands that the white space\u2014where revenue-generating servers, storage, and IT equipment reside\u2014is the heart of the data center.<\/p>\n

It is in this white space that differentiation and peak performance are key to success.<\/p>\n

Climanusa, with its commitment to excellence, offers an approach similar to a leading Formula 1 team.<\/p>\n

Instead of focusing on commoditization in the grey space (supporting infrastructure like power and room cooling), Climanusa is dedicated to providing cooling solutions engineered for the white space.<\/p>\n

These solutions are not just “adequate”; they are built to be “sleek, powerful, and built to last.”<\/p>\n

Direct-to-chip two-phase cooling, as championed by advanced technology, offers concrete advantages for data centers in Indonesia:<\/p>\n

    \n
  1. Unmatched Thermal Performance: Its ability to absorb heat far surpasses single-phase cooling, allowing chips to operate at higher clock speeds consistently without the risk of thermal throttling.
    \nThis means more computation is completed in less time.<\/li>\n
  2. Significant Energy Efficiency: Due to the highly efficient heat transfer process, the system can operate with facility water that is 6-8\u00b0C warmer than other liquid cooling technologies.
    \nThis directly translates to over 25% energy savings for the overall cooling system, a highly significant figure in reducing data center operational expenditure (OPEX).<\/li>\n
  3. Reliability and Asset Protection: The refrigerant used is non-conductive.
    \nIn the unlikely event of a leak\u2014minimized by all-metal design\u2014the fluid will not cause short circuits and damage to billion-rupiah AI hardware investments.
    \nThis maximizes uptime and protects critical investments.<\/li>\n
  4. Rack Density and Consolidation: With the ability to cool up to 250kW or more per rack, organizations can consolidate more computing power in a smaller footprint.
    \nThis optimizes the use of often limited and expensive data center space.<\/li>\n
  5. Lower Total Cost of Ownership (TCO):<\/strong> While the initial investment might be higher, the energy savings, reduced maintenance costs, increased uptime, and improved space utilization result in a significantly lower TCO in the medium to long term.<\/li>\n<\/ol>\n

    Climanusa ensures that excellence does not mean excess. The design philosophy held is “zero waste.”<\/p>\n

    Every component, from the durable multi-layer braided hoses to automotive-grade fittings and all-metal vaporators, is chosen for its reliability and functionality, not its low cost.<\/p>\n

    A modular and hot-swappable approach ensures that maintenance and scalability can be performed easily without disrupting operations.<\/p>\n

    To face the evolving computing landscape, Climanusa provides solutions such as Multi-Rack CDUs that can scale two-phase cooling to over 250kW across four racks.<\/p>\n

    This solution is ready to support 8-way GPU rack configurations, NVIDIA’s NVL72 platform, and even future computing platforms like Rubin scheduled for 2027. This is a testament to Climanusa’s commitment to not only meet today’s needs but also prepare Indonesian data centers for the challenges of tomorrow.<\/p>\n

    By adopting two-phase cooling, data centers in Indonesia are no longer just following a trend.<\/p>\n

    They are “racing to the top,” ensuring their digital infrastructure becomes a reliable backbone for innovation and economic growth in the digital era.<\/p>\n

    With Climanusa as a partner, achieving Formula 1-level performance and efficiency is not a dream, but an achievable reality.<\/p>\n

    Why Choose Climanusa?<\/strong><\/h3>\n

    In the race towards the highest data center efficiency and performance in Indonesia, the right choice for the cooling system is the key to victory.<\/p>\n

    Climanusa, as a leading distributor for data center cooling, brings revolutionary two-phase cooling technology inspired by the resilience of Formula 1. With a focus on reliability, energy efficiency, and the protection of your IT investments, Climanusa is the strategic partner to bring your data center to the finish line as a leader.<\/p>\n

    Entrust your critical cooling needs to Climanusa, and experience the difference of collaborating with the experts who bring the best to Indonesia.<\/p>\n

    For more information, please click here<\/a>.<\/p>\n

    \u2013A.M.G\u2013<\/p>\n

     <\/p>\n

     <\/p>\n","protected":false},"excerpt":{"rendered":"In the world of high-performance computing and artificial intelligence (AI), the most significant challenge faced by engineers and facility managers is heat. The ever-increasing power density of servers and, particularly, the latest generation of graphics processing units (GPUs), creates a thermal load unmatched by conventional cooling technologies. Much like a Formula 1 car requiring a…

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