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Generated by ReScript, PLEASE EDIT WITH CARE\n\nimport * as Routes_Services from \"../../../../../routes/common/Routes_Services.res.js\";\nimport * as ServicesHeroBox from \"../../../common/hero/components/ServicesHeroBox.res.js\";\nimport * as JsxRuntime from \"react/jsx-runtime\";\n\nfunction ServicesCapacityBox$Index(props) {\n return JsxRuntime.jsx(ServicesHeroBox.make, {\n title: \"Capacity\",\n description: \"Get help finding scarce capacity in competitive data center markets.\",\n link: Routes_Services.Capacity.index,\n icon: \"Building\",\n color: \"Teal\"\n });\n}\n\nvar Index = {\n make: ServicesCapacityBox$Index\n};\n\nfunction ServicesCapacityBox$LiquidCooling(props) {\n return JsxRuntime.jsx(ServicesHeroBox.make, {\n title: \"Liquid Cooling\",\n description: \"Reduce energy consumption, and future-proof your infrastructure.\",\n link: Routes_Services.Capacity.liquidCooling,\n icon: \"ArrowRounded\",\n color: \"Yellow\"\n });\n}\n\nvar LiquidCooling = {\n make: ServicesCapacityBox$LiquidCooling\n};\n\nfunction ServicesCapacityBox$TaxIncentives(props) {\n return JsxRuntime.jsx(ServicesHeroBox.make, {\n title: \"Tax Incentives\",\n description: \"Unlock and maximize tax benefits for your data center investments.\",\n link: Routes_Services.Capacity.taxIncentives,\n icon: \"Currency\",\n color: \"Red\"\n });\n}\n\nvar TaxIncentives = {\n make: ServicesCapacityBox$TaxIncentives\n};\n\nfunction ServicesCapacityBox$GreenEnergy(props) {\n return JsxRuntime.jsx(ServicesHeroBox.make, {\n title: \"Green Energy\",\n description: \"Grow and power your business sustainably with green energy data centers.\",\n link: Routes_Services.Capacity.greenEnergy,\n icon: \"Bolt\",\n color: \"Green\"\n });\n}\n\nvar GreenEnergy = {\n make: ServicesCapacityBox$GreenEnergy\n};\n\nfunction ServicesCapacityBox$Servers(props) {\n return JsxRuntime.jsx(ServicesHeroBox.make, {\n title: \"Servers\",\n description: \"Acquire the latest server chip technology for your data centers.\",\n link: Routes_Services.Capacity.servers,\n icon: \"Server\"\n });\n}\n\nvar Servers = {\n make: ServicesCapacityBox$Servers\n};\n\nexport {\n Index ,\n LiquidCooling ,\n TaxIncentives ,\n GreenEnergy ,\n Servers ,\n}\n/* ServicesHeroBox Not a pure module */\n","// Generated by ReScript, PLEASE EDIT WITH CARE\n\nimport * as Caml_option from \"rescript/lib/es6/caml_option.js\";\nimport * as ServicesFaqsCss from \"../../../common/content/components/faqs/ServicesFaqsCss.res.js\";\nimport * as JsxRuntime from \"react/jsx-runtime\";\nimport * as ServicesContentList from \"../../../common/content/components/list/ServicesContentList.res.js\";\n\nvar faqs = [\n {\n question: \"What is data center liquid cooling, and how does it work?\",\n answer: JsxRuntime.jsx(JsxRuntime.Fragment, {\n children: Caml_option.some(JsxRuntime.jsx(\"p\", {\n children: \"Data center liquid cooling is a method of heat dissipation that uses liquid\\n (instead of air) to cool high-performance servers. This technology typically\\n involves circulating coolant directly over heat-generating components such as\\n CPUs and GPUs to absorb and transfer heat away efficiently. Methods include\\n direct-to-chip cooling, where liquid flows through cold plates mounted on chips,\\n and immersion cooling, where entire servers are submerged in a non-conductive fluid.\\n Compared to air cooling, liquid cooling offers higher thermal conductivity\\n and enables denser server deployments.\"\n }))\n })\n },\n {\n question: \"What are the primary benefits of liquid cooling in data centers?\",\n answer: JsxRuntime.jsxs(JsxRuntime.Fragment, {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"Liquid cooling provides several advantages over traditional air cooling, including:\"\n }),\n JsxRuntime.jsxs(\"ul\", {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Higher Efficiency: Liquid is far more effective at transferring heat, reducing the risk of\\n thermal throttling.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Support for High-Density Computing: Ideal for AI, HPC, and GPU-based workloads.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Lower Power Consumption: Reduces energy use for cooling by 30-40%, improving Power Usage Effectiveness (PUE).\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Compact Design: Requires less physical space compared to large air-cooled systems.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Sustainability: Helps reduce overall carbon footprint by lowering energy consumption.\"\n })\n ],\n className: ServicesFaqsCss.Faq.list\n })\n ]\n })\n },\n {\n question: \"What types of liquid cooling solutions are available for data centers?\",\n answer: JsxRuntime.jsxs(JsxRuntime.Fragment, {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"The three primary types of liquid cooling solutions are:\"\n }),\n JsxRuntime.jsxs(ServicesContentList.make, {\n listType: \"Decimal\",\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Direct-to-Chip Cooling: Coolant flows through cold plates attached to critical components,\\n such as processors and GPUs.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Immersion Cooling: Servers are submerged in a dielectric fluid that absorbs heat directly.\\n This method offers the best thermal performance.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Rear-Door Heat Exchangers: These replace traditional server rack doors with heat exchangers\\n to cool air before it re-enters the room.\"\n })\n ]\n })\n ]\n })\n },\n {\n question: \"What are the challenges of implementing liquid cooling in existing data centers?\",\n answer: JsxRuntime.jsxs(JsxRuntime.Fragment, {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"While liquid cooling offers numerous benefits, retrofitting existing data centers comes with challenges:\"\n }),\n JsxRuntime.jsxs(\"ul\", {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Infrastructure Upgrades: Existing facilities may require significant changes to support\\n liquid piping and cooling systems.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Initial Costs: Higher upfront costs compared to air cooling solutions.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Training and Expertise: Requires skilled personnel to manage and maintain the liquid\\n cooling system.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Potential Leakage Risks: Though rare, leaks can damage sensitive equipment if not\\n properly mitigated.\"\n })\n ],\n className: ServicesFaqsCss.Faq.list\n })\n ]\n })\n },\n {\n question: \"How does liquid cooling support AI and HPC workloads?\",\n answer: JsxRuntime.jsxs(JsxRuntime.Fragment, {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"AI and HPC workloads are highly compute-intensive, generating significant heat that air\\n cooling systems struggle to dissipate effectively. Liquid cooling enables:\"\n }),\n JsxRuntime.jsxs(\"ul\", {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Stable Operation: Maintains optimal temperature even under peak workloads.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Higher Clock Speeds: Prevents thermal throttling, allowing processors to operate at\\n maximum capacity.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Reduced Downtime: Minimizes server failures caused by overheating.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Scalable Infrastructure: Supports large-scale AI clusters with high power density.\"\n })\n ],\n className: ServicesFaqsCss.Faq.list\n })\n ]\n })\n },\n {\n question: \"How does liquid cooling contribute to sustainability and green energy initiatives?\",\n answer: JsxRuntime.jsxs(JsxRuntime.Fragment, {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"Liquid cooling reduces energy consumption by optimizing cooling efficiency, lowering\\n the environmental impact of data centers. Key sustainability benefits include:\"\n }),\n JsxRuntime.jsxs(\"ul\", {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Energy Efficiency: Achieve a lower PUE compared to traditional air-cooled systems.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Heat Reuse: Waste heat from liquid cooling can be repurposed for district heating or\\n other industrial processes.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Integration with Green Energy: Works well with renewable energy sources, reducing\\n carbon emissions further.\"\n })\n ],\n className: ServicesFaqsCss.Faq.list\n })\n ]\n })\n },\n {\n question: \"What industries benefit the most from liquid cooling?\",\n answer: JsxRuntime.jsxs(JsxRuntime.Fragment, {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"Industries that rely on high-performance computing and dense server environments\\n benefit the most from liquid cooling:\"\n }),\n JsxRuntime.jsxs(\"ul\", {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Artificial Intelligence (AI) and Machine Learning (ML)\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Finance and Trading (low-latency and real-time processing)\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Gaming and Virtual Reality\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Healthcare and Genomics (data-intensive research and simulations)\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Scientific Research and Supercomputing\"\n })\n ],\n className: ServicesFaqsCss.Faq.list\n })\n ]\n })\n },\n {\n question: \"What are the cost implications of deploying liquid cooling?\",\n answer: JsxRuntime.jsx(JsxRuntime.Fragment, {\n children: Caml_option.some(JsxRuntime.jsxs(\"ul\", {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Initial Costs: Higher than air cooling due to specialized equipment and infrastructure.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Operating Costs: Lower over time due to energy savings, reduced downtime, and decreased\\n maintenance requirements.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Return on Investment (ROI): Typically realized in 2-3 years for large-scale deployments,\\n particularly in AI or hyperscale data centers.\"\n })\n ],\n className: ServicesFaqsCss.Faq.list\n }))\n })\n },\n {\n question: \"How does immersion cooling differ from other liquid cooling methods?\",\n answer: JsxRuntime.jsxs(JsxRuntime.Fragment, {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"Immersion cooling submerges servers in a non-conductive liquid that absorbs heat directly\\n from all components, not just CPUs and GPUs.\"\n }),\n JsxRuntime.jsxs(\"ul\", {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Superior Thermal Management: Better heat transfer than direct-to-chip cooling.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Noise Reduction: Eliminates the need for server fans.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Space Efficiency: Can reduce data center footprint significantly.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Drawback: Higher initial costs and the need for specialized maintenance.\"\n })\n ],\n className: ServicesFaqsCss.Faq.list\n })\n ]\n })\n },\n {\n question: \"What impact does liquid cooling have on data center design and construction?\",\n answer: JsxRuntime.jsxs(JsxRuntime.Fragment, {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"Liquid cooling influences data center design by:\"\n }),\n JsxRuntime.jsxs(\"ul\", {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Reducing Space Requirements: Smaller cooling infrastructure compared to air-cooled systems.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Simplifying Airflow Management: Minimizes the need for raised floors and large HVAC systems.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Modular Design: New data centers can incorporate scalable liquid cooling systems to\\n future-proof for evolving workloads.\"\n })\n ],\n className: ServicesFaqsCss.Faq.list\n })\n ]\n })\n },\n {\n question: \"Are there any regulatory or compliance considerations for liquid cooling?\",\n answer: JsxRuntime.jsxs(JsxRuntime.Fragment, {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"Compliance and regulatory factors depend on the data center's location and industry requirements:\"\n }),\n JsxRuntime.jsxs(\"ul\", {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Environmental Regulations: Focus on the safe use and disposal of cooling fluids.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Industry Standards: Follow ASHRAE (American Society of Heating, Refrigerating and Air-Conditioning\\n Engineers) guidelines for optimal performance.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Safety Protocols: Implement leak detection and containment measures.\"\n })\n ],\n className: ServicesFaqsCss.Faq.list\n })\n ]\n })\n },\n {\n question: \"What should be considered when choosing a liquid cooling solution provider?\",\n answer: JsxRuntime.jsxs(JsxRuntime.Fragment, {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"Selecting the right provider is crucial for a successful deployment. Key considerations include:\"\n }),\n JsxRuntime.jsxs(\"ul\", {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Experience and Track Record: Look for providers with proven success in large-scale deployments.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Technology Compatibility: Ensure the solution aligns with your existing hardware\\n and future growth plans.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Support and Maintenance: Choose providers with comprehensive support and 24/7 service.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Customization Options: Look for tailored solutions that meet your specific\\n operational requirements.\"\n })\n ],\n className: ServicesFaqsCss.Faq.list\n })\n ]\n })\n }\n];\n\nvar Css;\n\nexport {\n Css ,\n faqs ,\n}\n/* faqs Not a pure module */\n","// Generated by ReScript, PLEASE EDIT WITH CARE\n\nimport * as ServicesFaqs from \"../../common/content/components/faqs/ServicesFaqs.res.js\";\nimport * as ServicesHero from \"../../common/hero/ServicesHero.res.js\";\nimport * as Routes_Services from \"../../../../routes/common/Routes_Services.res.js\";\nimport * as ServicesContent from \"../../common/content/ServicesContent.res.js\";\nimport * as ServicesContainer from \"../../common/container/ServicesContainer.res.js\";\nimport * as JsxRuntime from \"react/jsx-runtime\";\nimport * as ServicesCapacityBox from \"../common/boxes/ServicesCapacityBox.res.js\";\nimport * as ServicesContentBody from \"../../common/content/components/body/ServicesContentBody.res.js\";\nimport * as ServicesContentList from \"../../common/content/components/list/ServicesContentList.res.js\";\nimport * as ServicesContentSection from \"../../common/content/components/section/ServicesContentSection.res.js\";\nimport * as ServicesContentSidebar from \"../../common/content/components/sidebar/ServicesContentSidebar.res.js\";\nimport * as ServicesContentHighlight from \"../../common/content/components/highlight/ServicesContentHighlight.res.js\";\nimport * as ServicesCapacityLiquidCoolingFaqs from \"./components/ServicesCapacityLiquidCoolingFaqs.res.js\";\n\nfunction ServicesCapacityLiquidCooling$default(props) {\n return JsxRuntime.jsxs(ServicesContainer.make, {\n children: [\n JsxRuntime.jsxs(ServicesHero.make, {\n title: \"Data Center Liquid Cooling for Servers\",\n subtitle: \"How to Cool a Data Center\",\n icon: \"ArrowRounded\",\n iconColor: \"Yellow\",\n boxTitle: \"More Topics\",\n children: [\n JsxRuntime.jsx(ServicesCapacityBox.Index.make, {}),\n JsxRuntime.jsx(ServicesCapacityBox.Servers.make, {}),\n JsxRuntime.jsx(ServicesCapacityBox.TaxIncentives.make, {}),\n JsxRuntime.jsx(ServicesCapacityBox.GreenEnergy.make, {})\n ]\n }),\n JsxRuntime.jsxs(ServicesContent.make, {\n children: [\n JsxRuntime.jsxs(ServicesContentBody.make, {\n children: [\n JsxRuntime.jsx(ServicesContentSection.make, {\n title: \"Liquid Cooling Overview\",\n children: JsxRuntime.jsxs(\"p\", {\n children: [\n \"Optimize performance, reduce energy consumption, and future-proof your infrastructure with\\n advanced liquid cooling solutions for current and next-generation data centers.\\n Whether you're powering AI workloads, deploying \",\n JsxRuntime.jsx(ServicesContentHighlight.make, {\n href: Routes_Services.Wholesale.highDensity,\n children: \"high-density servers\"\n }),\n \" or pursuing sustainability through \",\n JsxRuntime.jsx(ServicesContentHighlight.make, {\n href: Routes_Services.Capacity.greenEnergy,\n children: \"green energy data centers, \"\n }),\n \"liquid cooling is the key to scalable and efficient operations.\"\n ]\n })\n }),\n JsxRuntime.jsxs(ServicesContentSection.make, {\n title: \"The Future of Data Centers: Why Liquid Cooling Matters\",\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"As the demand for high-performance computing (HPC) and AI-driven applications skyrockets,\\n traditional air-cooling methods struggle to keep up. Liquid cooling offers a superior\\n alternative by directly removing heat from components, resulting in:\"\n }),\n JsxRuntime.jsxs(ServicesContentList.make, {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Improved Efficiency: Reduce power usage by up to 40% compared to air cooling.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Higher Density Support: Accommodate high-density server racks without\\n compromising performance.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Lower Operational Costs: Decrease energy consumption and HVAC expenses.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Sustainability: Enhance your eco-friendly initiatives with energy-efficient cooling.\"\n })\n ]\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"Liquid cooling is essential for next-generation data centers that support artificial\\n intelligence (AI), machine learning (ML), and edge computing workloads.\"\n }),\n JsxRuntime.jsx(ServicesContentSection.Subheading.make, {\n title: \"Types of Liquid Cooling Solutions\"\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"When planning a liquid cooling deployment, it's essential to choose the right type for\\n your data center needs:\"\n }),\n JsxRuntime.jsxs(ServicesContentList.make, {\n listType: \"Decimal\",\n children: [\n JsxRuntime.jsxs(\"li\", {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: JsxRuntime.jsx(\"strong\", {\n children: \"Direct-to-Chip Liquid Cooling\"\n })\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"Direct-to-chip cooling targets critical server components, such as CPUs and GPUs,\\n using coolant delivered via microchannels. This method is ideal for high-density\\n applications and AI-driven workloads.\"\n })\n ]\n }),\n JsxRuntime.jsxs(\"li\", {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: JsxRuntime.jsx(\"strong\", {\n children: \"Immersion Cooling\"\n })\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"Immersion cooling submerges entire servers in a non-conductive cooling liquid.\\n It provides unparalleled cooling efficiency, especially for AI data centers\\n and multi-megawatt deployments.\"\n })\n ]\n }),\n JsxRuntime.jsxs(\"li\", {\n children: [\n JsxRuntime.jsx(\"p\", {\n children: JsxRuntime.jsx(\"strong\", {\n children: \"Rear-Door Heat Exchangers\"\n })\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"Rear-door heat exchangers are an effective solution for upgrading existing\\n data centers. These units attach to the back of server racks and remove\\n heat without disrupting air circulation.\"\n })\n ]\n })\n ]\n }),\n JsxRuntime.jsx(ServicesContentSection.Subheading.make, {\n title: \"Liquid Cooling for Current Data Centers\"\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"Transitioning to liquid cooling in existing facilities may seem daunting, but\\n with proper planning, it's highly achievable. Retrofitting current infrastructure\\n with solutions like direct-to-chip cooling or rear-door heat exchangers can\\n significantly boost cooling capacity and reduce power usage.\"\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"Benefits for Current Data Centers:\"\n }),\n JsxRuntime.jsxs(ServicesContentList.make, {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Optimized Rack Density: Support high-performance servers in limited space.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Reduced Hot Spots: Minimize thermal risks and extend hardware lifespan.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Energy Savings: Achieve greater Power Usage Effectiveness (PUE).\"\n })\n ]\n }),\n JsxRuntime.jsx(\"p\", {\n children: JsxRuntime.jsx(ServicesContentHighlight.make, {\n children: \"Ready to Upgrade? Contact Us for a Free Assessment\"\n })\n }),\n JsxRuntime.jsx(ServicesContentSection.Subheading.make, {\n title: \"Next-Generation Data Centers and Liquid Cooling\"\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"The data center industry is evolving rapidly to accommodate modern workloads like AI,\\n blockchain, and edge computing. Next-generation data centers must adopt liquid cooling\\n to meet increasing power and cooling demands.\"\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"Features of Liquid-Cooled Next-Generation Data Centers:\"\n }),\n JsxRuntime.jsxs(ServicesContentList.make, {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"AI-Optimized Infrastructure: Liquid cooling supports the high thermal output of\\n GPU-based workloads.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Scalable Power and Cooling: Future-proof your facility with modular cooling solutions.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Ultra-Low Latency: Perfect for edge computing and latency-sensitive applications.\"\n })\n ]\n })\n ]\n }),\n JsxRuntime.jsxs(ServicesContentSection.make, {\n title: \"AI Data Centers: Why Liquid Cooling Is a Game-Changer\",\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"AI workloads generate immense heat, especially in GPU-powered environments. Liquid cooling\\n is the only reliable way to maintain optimal operating conditions for these systems\\n without sacrificing performance.\"\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"Advantages for AI Data Centers:\"\n }),\n JsxRuntime.jsxs(ServicesContentList.make, {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Higher Performance: Unlock the full potential of GPUs and other high-density hardware.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Reduced Downtime: Maintain stable temperatures, even during intensive operations.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Scalable Infrastructure: Support future AI growth with adaptable cooling solutions.\"\n })\n ]\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"As AI adoption increases, data centers that invest in liquid cooling will have a\\n significant competitive advantage.\"\n }),\n JsxRuntime.jsx(ServicesContentSection.Subheading.make, {\n title: \"Green Energy Data Centers and Liquid Cooling \"\n }),\n JsxRuntime.jsxs(\"p\", {\n children: [\n \"Sustainability is no longer optional. \",\n JsxRuntime.jsx(ServicesContentHighlight.make, {\n href: Routes_Services.Capacity.greenEnergy,\n children: \"Green energy data centers\"\n }),\n \" are leading the charge in adopting technologies like liquid cooling to reduce environmental\\n impact and achieve energy efficiency goals.\"\n ]\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"Liquid Cooling and Sustainability:\"\n }),\n JsxRuntime.jsxs(ServicesContentList.make, {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Reduced Carbon Footprint: Use less energy compared to traditional cooling methods.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Integration with Renewable Energy Sources: Maximize energy savings with solar, wind, or\\n hydroelectric power.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Eco-Friendly Coolants: Choose from a range of non-toxic, biodegradable cooling fluids.\"\n })\n ]\n }),\n JsxRuntime.jsx(ServicesContentSection.Subheading.make, {\n title: \"New Data Center Developments and Liquid Cooling \"\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"As new data center developments emerge worldwide, many are incorporating liquid cooling\\n from the ground up. These state-of-the-art facilities are designed for high-density and\\n AI workloads, ensuring they remain relevant for decades.\"\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"Key Considerations for New Developments:\"\n }),\n JsxRuntime.jsxs(ServicesContentList.make, {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Modular Design: Adapt to future requirements with scalable cooling infrastructure.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Energy-Efficient Architecture: Lower operational costs from day one.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"AI and Edge Ready: Seamlessly support advanced applications.\"\n })\n ]\n }),\n JsxRuntime.jsx(\"p\", {\n children: JsxRuntime.jsx(ServicesContentHighlight.make, {\n children: \"Planning a New Facility? Let's Talk About Your Project\"\n })\n }),\n JsxRuntime.jsx(ServicesContentSection.Subheading.make, {\n title: \"Case Studies: Real-World Success with Liquid Cooling\"\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"Many leading data centers have already transitioned to liquid cooling with impressive\\n results. Here are just a few examples:\"\n }),\n JsxRuntime.jsxs(ServicesContentList.make, {\n listType: \"Decimal\",\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"AI Startup Boosts Performance by 30%: After deploying immersion cooling, this\\n company reduced server failures and increased computational capacity.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Hyperscale Data Center Cuts Energy Costs by 40%: By switching to direct-to-chip\\n cooling, they achieved a PUE of 1.2.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Sustainable Data Center Achieves Carbon Neutrality: A green energy data center\\n combining liquid cooling with solar power for a truly eco-friendly solution.\"\n })\n ]\n })\n ]\n }),\n JsxRuntime.jsxs(ServicesContentSection.make, {\n title: \"Why Choose Liquid Cooling Solutions\",\n children: [\n JsxRuntime.jsx(\"p\", {\n children: \"Datacenters.com provides expert guidance and access to the industry's top liquid\\n cooling solutions. Whether you're upgrading an existing facility or planning a new development,\\n we can help you design, deploy, and maintain high-performance cooling systems.\"\n }),\n JsxRuntime.jsx(ServicesContentSection.Subheading.make, {\n title: \"Our Services Include:\"\n }),\n JsxRuntime.jsxs(ServicesContentList.make, {\n children: [\n JsxRuntime.jsx(\"li\", {\n children: \"Comprehensive Assessments: Tailored solutions based on your infrastructure needs.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"Vendor Partnerships: Access to leading liquid cooling technology providers.\"\n }),\n JsxRuntime.jsx(\"li\", {\n children: \"24/7 Support: Ensure continuous up time with proactive monitoring and maintenance.\"\n })\n ]\n }),\n JsxRuntime.jsx(ServicesContentSection.Subheading.make, {\n title: \"Our Services Include:\"\n }),\n JsxRuntime.jsx(\"p\", {\n children: \"Future-proof your data center with scalable, efficient, and sustainable liquid cooling\\n solutions. Contact us to learn how we can help optimize your infrastructure.\"\n }),\n JsxRuntime.jsx(\"p\", {\n children: JsxRuntime.jsx(ServicesContentHighlight.make, {\n children: \"Contact Us for a Free Consultation and Custom Quote!\"\n })\n })\n ]\n }),\n JsxRuntime.jsx(ServicesFaqs.make, {\n title: \"Data Center Liquid Cooling - Questions and Answers\",\n faqs: ServicesCapacityLiquidCoolingFaqs.faqs\n })\n ]\n }),\n JsxRuntime.jsx(ServicesContentSidebar.make, {\n landingPageLeadType: \"Capacity\",\n landingPageLeadSubtype: \"LiquidCooling\"\n })\n ]\n })\n ]\n });\n}\n\nvar Hero;\n\nvar Content;\n\nvar Body;\n\nvar Sidebar;\n\nvar Section;\n\nvar Faqs;\n\nvar $$Highlight;\n\nvar List;\n\nvar $$default = ServicesCapacityLiquidCooling$default;\n\nexport {\n Hero ,\n Content ,\n Body ,\n Sidebar ,\n Section ,\n Faqs ,\n $$Highlight ,\n List ,\n $$default as default,\n}\n/* ServicesFaqs Not a pure module */\n","// Generated by ReScript, PLEASE EDIT WITH CARE\n\nimport * as Cx from \"rescript-classnames/src/Cx.res.js\";\nimport * as JsxRuntime from \"react/jsx-runtime\";\n\nfunction ServicesContentList(props) {\n var children = props.children;\n var __listType = props.listType;\n var listType = __listType !== undefined ? __listType : \"Disc\";\n if (listType === \"Disc\") {\n return JsxRuntime.jsx(\"ul\", {\n children: children,\n className: Cx.cx([\n \"flex\",\n \"flex-col\",\n \"gap-2\",\n \"list-disc\",\n \"pl-4\"\n ])\n });\n } else {\n return JsxRuntime.jsx(\"ol\", {\n children: children,\n className: Cx.cx([\n \"flex\",\n \"flex-col\",\n \"gap-2\",\n \"list-decimal\",\n \"pl-4\"\n ])\n });\n }\n}\n\nvar make = ServicesContentList;\n\nexport {\n make ,\n}\n/* react/jsx-runtime Not a pure module */\n"],"names":["Index","make","props","JsxRuntime","ServicesHeroBox","title","description","link","Routes_Services","index","icon","color","LiquidCooling","liquidCooling","TaxIncentives","taxIncentives","GreenEnergy","greenEnergy","Servers","servers","faqs","question","answer","children","Caml_option","className","ServicesFaqsCss","list","ServicesContentList","listType","$$default","ServicesContainer","ServicesHero","subtitle","iconColor","boxTitle","ServicesCapacityBox","ServicesContent","ServicesContentBody","ServicesContentSection","ServicesContentHighlight","href","highDensity","ServicesFaqs","ServicesCapacityLiquidCoolingFaqs","ServicesContentSidebar","landingPageLeadType","landingPageLeadSubtype","__listType","undefined","Cx"],"sourceRoot":""}