In an age propelled by Artificial Intelligence and high-performance computing, the pursuit of optimal data center solutions is ceaseless. Within this dynamic environment, DeepCoolAI (DCAI) stands out as a pioneering company, dedicated to integrating, designing, manufacturing, and implementing liquid cooling systems customized for the AI and high-performance computing sectors. DeepCoolAI is Now part of Gradian thermal Solutions Same engineers, same commitments, expanded capabilities. Learn More Revolutionising Liquid Cooling for AI and High-Performance Computing. We Redefine The Game ↓ Our Products. We are a Total Solution Provider ↓ Total Cooling Solution Provider. DeepCoolAi Advantages ↓ Exciting News! DeepCoolAI Partners with Sanmina to Redefine Data Center Cooling View our recent press release here Revolutionising Liquid Cooling for AI and High-Performance Computing. We Redefine The Game. Learn More ↓ Our Products. We are a Total Solution Provider. Learn More ↓ Total Cooling Solution Provider. DeepCoolAI Advantages ↓ INTRODUCTION We Revolutionize the Field. In an age propelled by Artificial Intelligence and high-performance computing, the pursuit of optimal data center solutions is ceaseless. Within this dynamic environment, DeepCoolAI (DCAI) stands out as a pioneering company, dedicated to integrating, designing, manufacturing, and implementing liquid cooling systems customized for the AI and high-performance computing sectors. However, DeepCoolAI transcends traditional hardware manufacturing; we revolutionize the field by seamlessly integrating advanced software solutions. This approach ensures our customers benefit from a comprehensive, end-to-end service that redefines industry standards. DEEPCOOLAI Advantages. DEEPCOOLAI ADVANTAGES Total Cooling Solution Provider As your one-stop destination for all cooling requirements, we specialize in providing a comprehensive range of components and products. Our focus extends beyond traditional boundaries, encompassing Liquid Cooling, Clean On-Site Power, Energy Storage & Reuse Expertise, both within and beyond the confines of the white space. We deliver scalable solutions alongside top-tier quality and reliability, all with the shortest lead times possible. Our aim is to assist you in attaining your objectives related to power and water efficiencies, as well as sustainability goals. DEEPCOOLAI ADVANTAGES Global Supply Chain and Manufacturing Capabilities DeepCoolAI's robust key partnerships in the industry ensure access to global supply chain and manufacturing capabilities for our clients. With a scalable solution and substantial manufacturing capacity based in North America, DeepCoolAI stands ready to support your project requirements anywhere in the world. DEEPCOOLAI ADVANTAGES Modular and Custom- Design Build Solutions DeepCoolAI offers a range of pre-fabricated and custom solutions, including IT pods, pre-fabricated skids for both inside and outside of white space, and power skids tailored to your application. This approach facilitates full modularity in data center development, ensuring flexibility and efficiency throughout the process. DEEPCOOLAI ADVANTAGES Global Systems Integration We specialize in providing comprehensive turn-key custom design and applications tailored to your specific needs. Our expertise lies in modular system design and integration, ensuring seamless compatibility and scalability. Through collaborations with robust industrial partners on both a global and local scale, we facilitate system integrations that meet the highest standards of quality and performance. Additionally, our proficiency in enterprise application integration (EAI) extends to third-party system integration and business-to-business integration, enabling streamlined operations and enhanced efficiency. DEEPCOOLAI ADVANTAGES Optimized TCO, and Enhanced Operation Our team of in-house engineers and specialists specializes in liquid cooling, offering invaluable support to clients for their design and engineering requirements to optimize operations and achieve the best total cost of ownership (TCO). We excel in providing innovative solutions, backed by quick design support, demonstrated through case histories, and proof of concept (PoC) with evaluation units to ensure the effectiveness of our approach. WHY WORK WITH DEEPCOOLAI? Uncompromisingly Sustainable. Our mission is to deliver tailor-made, large-scale integrated liquid-cooled solutions for global data center operators and clean tech power solutions. We are dedicated to providing integrated hardware and software systems that precisely target the challenges faced by next-generation, AI-driven data centers and clean tech power solutions. Our products and solutions are designed to significantly reduce carbon footprint, water usage, and energy consumption, thereby enhancing overall energy efficiency and sustainability. READ MORE IN SUMMARY DeepCoolAI DeepCoolAI is positioned to transform the data center industry through its comprehensive liquid cooling solutions, seamless software integration, and customer-focused approach. As we embark on this exciting journey, we extend an invitation for you to join us in shaping the future of data center cooling and performance optimization. GET IN TOUCH

A liquid-to-air Coolant Distribution Unit (CDU) within a data center is a specialized system crafted to oversee the distribution of liquid coolant, usually water or a water-glycol mixture. Its purpose is to cool IT equipment indirectly through air-to-liquid heat exchangers. Such a CDU is commonly deployed in high-density computing environments where conventional air cooling methods might prove inadequate to dissipate the heat generated by densely packed servers. COOLANT DISTRIBUTION UNIT Liquid-to-Air (L2A) CDU A liquid-to-air Coolant Distribution Unit (CDU) within a data center is a specialized system crafted to oversee the distribution of liquid coolant, usually water or a water-glycol mixture. Its purpose is to cool IT equipment indirectly through air-to-liquid heat exchangers. Such a CDU is commonly deployed in high-density computing environments where conventional air cooling methods might prove inadequate to dissipate the heat generated by densely packed servers. DeepCoolAI offers in-rack L2A CDUs from 5 to 20kW range capacities, and in-row L2A CDUs up to 240kW capacity. DCAI-IWA-120 See More Products Rated Cooling Capacity Coolant Flow Rate Power Supply Dimensions H x W x D 120 KW Dry Weight 130 LPM (34.3 GPM) AC480V/3Ph/60Hz (other voltage options available) 2100x600x1200mm (42Ux24x47.2 in) 480 Kg (1056 lb) Key Features: • Fan redundancy: 1+1 (In-Rack), 2+1(In-Row) • Pump redundancy: 1+1 • Power redundancy: 1+1 • High availability: Wide range of cooling capacity, pressure drop adjustable, step-less control • High cleanness: Hygiene pipe with fine filtration • Communication: RS485, RJ45 • Protocol: Modbus, TCP Get Your Custom Quote Name* Email* Company name* Phone* Product* Choose one How can we help? Submit

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A liquid-to-liquid Coolant Distribution Unit (CDU) in a data center is a specialized system crafted to oversee the distribution of liquid coolant within a closed-loop liquid cooling infrastructure. Unlike liquid-to-air CDUs, which utilize heat exchangers to transfer heat from IT equipment to the air, liquid-to-liquid CDUs facilitate direct heat transfer between liquid coolant circuits. ​ DeepCoolAI offers in-rack L2L CDUs up to 200kW capacity for both standard and ORV3 Rack applications. COOLANT DISTRIBUTION UNIT In-Rack Liquid-to-Liquid CDU – ORV3 A liquid-to-liquid Coolant Distribution Unit (CDU) in a data center is a specialized system crafted to oversee the distribution of liquid coolant within a closed-loop liquid cooling infrastructure. Unlike liquid-to-air CDUs, which utilize heat exchangers to transfer heat from IT equipment to the air, liquid-to-liquid CDUs facilitate direct heat transfer between liquid coolant circuits. DeepCoolAI offers in-rack L2L CDUs up to 200kW capacity for both standard and ORV3 Rack applications. DCAI-IKL-120-OR See More Products Rated Cooling Capacity Coolant Flow Rate Power Supply Dimensions H x W x D Up to 200 KW @ATD=10°C Dry Weight 166 LPM AC 110-230V, 1ph, 50/60Hz 4Ux448x1056mm (4Ux448x42 in) 95Kg (211Lb) Key Features: • Adapt to standard 19" server rack, 4U height • Dual DC pump redundant frequency conversion control • Constant dP, flow, Temp output control mode. • SUS304 & EPDM pipe, good compatibility with various coolant • 4.3″LCD touch screen • PLC control, real-time monitoring of multiple data • AC power & Communication interface redundancy • Modbus RTU & Modbus TCP/IP support • Three-level alarm mechanism helps fast troubleshooting • Standard and ORV3 Rack Get Your Custom Quote Name* Email* Company name* Phone* Product* Choose one How can we help? Submit

The DeepCoolAI in-row liquid-to-liquid CDUs provide thermal and hydraulic interface between facility and technology cooling loops for high-density and direct-to-chip liquid-cooled data centers. COOLANT DISTRIBUTION UNIT In-Row Liquid-to-Liquid CDU DeepCoolAI in-row liquid-to-liquid CDUs provide the thermal and hydraulic interface between facility and technology cooling loops for high-density and direct-to-chip liquid-cooled data centers. One CDU. Multiple Cooling Architectures. Support diverse server configurations, varying coolant flow requirements, and evolving AI deployments with a flexible liquid cooling platform built for today's high-density data centers. Multiple Redundancy Options Reduce downtime by configuring pump architecture to meet your desired level of redundancy, serviceability, and cooling performance. High-Efficiency Heat Exchange Optimized heat exchanger design delivers reliable, high-capacity thermal management for demanding AI workloads. Six Capacity Variants Choose from 600kW to 2.5MW to support everything from enterprise deployments to hyperscale AI data centers. Modular Architecture Designed to Grow with Your Infrastructure Modular cabinet architecture Parallel installation support Configurable 1-, 2-, or 3-pump configurations Supports multiple cooling system sizes Precision Flow & Pressure Management Precision Flow & Pressure Management Flow rate control modes Pressure differential control Real-time monitoring Integrated sensors throughout the cooling loop Simplified Installation & Maintenance Built for Faster Serviceability Automatic fill pump Automatic air vents Front and rear service access Flange or clamp piping connections Universal Compatibility Flexible for Mixed Cooling Environments Compatible with multiple coolant types Supports different server flow requirements Designed for a variety of liquid cooling architectures Complete System Visibility Intelligent Monitoring & Connectivity HMI touchscreen Modbus RTU/IP SNMP BACnet HTTP SMTP Comprehensive pressure, flow, temperature, and water quality monitoring NVIDIA-Compatible Materials Built for AI Deployments Wetted materials are selected in accordance with the latest NVIDIA-approved materials guidance for liquid-cooled AI infrastructure. Get In Touch See More Products A CDU Built For The Future Whatever your infrastructural requirements, our L2L CDUs support and scale to fit your needs, reliably and efficiently. Reduce Commissioning Time Automatic fill pumps, integrated air vents, and simplified piping connections accelerate startup and reduce manual intervention. Maximize Uptime Redundant pumps and dual power feeds provide continuous cooling for mission-critical AI infrastructure. Optimize Thermal Performance Electronic pumps automatically adjust to changing cooling loads. Scale with Confidence Modular architecture and parallel installation support allow cooling capacity to grow alongside your data center. Simplify Operations Comprehensive monitoring, open communication protocols, and integrated sensors provide complete visibility into CDU performance and water quality. *Specifications may vary based on model and capacity 600 kW DCAI-IWL-600-B Rated Cooling Capacity: 600 kW @ 5 C ATD Envelope: 800 W x 2000 D x 2000 H mm 1400 kW DCAI-IWL-1400 Rated Cooling Capacity: 1,400 kW approx. @ 4 C ATD Envelope: 900 W x 1200 D x 2200 H mm 1600 kW DCAI-IWL-1600-FW Rated Cooling Capacity: 1,600 kW @ 4.5 C ATD Envelope: 900 W x 1285.8 D x 2113.5 H mm 1800 kW DCAI-IWL-1800-B Rated Cooling Capacity: 1,600 kW @ 4.5 C ATD Envelope: 1200 W x 2000 D x 2100 H mm 2000 kW DCAI-IWL-2000-OCP-B Rated Cooling Capacity: 2,000 kW @ 3 C ATD Envelope: 1651 W x 1061 D x 2242 H mm 2500 kW DCAI-IWL-2500-BM Rated Cooling Capacity: 2,500 kW @ 4.5 C ATD Envelope: 1200 W x 2000 D x 2300 H mm Need More Capacity? Modular capability is available, allowing multiple connected units to provide total capacities of 5 MW, 7.5 MW, 10 MW, and higher as required. Get in touch for more details Ready To Future Proof Your Operation? There's no time like the present, get in touch today Get Your Custom Quote Name* Email* Company name* Phone* Product* Choose one How can we help? Submit

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A liquid-to-liquid Coolant Distribution Unit (CDU) in a data center is a specialized system crafted to oversee the distribution of liquid coolant within a closed-loop liquid cooling infrastructure. Unlike liquid-to-air CDUs, which utilize heat exchangers to transfer heat from IT equipment to the air, liquid-to-liquid CDUs facilitate direct heat transfer between liquid coolant circuits. DeepCoolAI offers custom L2L CDUs up to 6MW capacity. COOLANT DISTRIBUTION UNIT Custom CDU A liquid-to-liquid Coolant Distribution Unit (CDU) in a data center is a specialized system crafted to oversee the distribution of liquid coolant within a closed-loop liquid cooling infrastructure. Unlike liquid-to-air CDUs, which utilize heat exchangers to transfer heat from IT equipment to the air, liquid-to-liquid CDUs facilitate direct heat transfer between liquid coolant circuits. DeepCoolAI offers custom L2L CDUs up to 6MW capacity. Rated Cooling Capacity Coolant Flow Rate Dimensions H x W x D 2500 KW @ATD=5°C 3600 LPM 2400 x 2350 x 5900mm (94.5 x 93 x 233in) DCAI-CUM-2500 See More Products Key Features: High efficiency: Prefabricated, quick outdoor installation, including primary loop and control system, customer only need to equip dry cooler or cooling tower, for large scale loop network application High efficiency energy saving: Annually free cooling ultra low energy consumption, optional built-in heat recovery High reliability: Key components redundancy, condensation protection, circulation pump, valve keeps function. Dual power input, switch over without shutdown, leakage detection Smart control: Multi-mode, pressure diff. control, flow rate control, cold standby, hot standby, independent operation, group control, local/remote control High compatibility: CPU plus GPU cold plate liquid cooling combined application High availability: Wide range cooling capacity, pressure drop adjustable, step-less control, Max. 2500kW heat rejection High flexibility: Multi optional function available. Pipe direction, filter class, communication, etc Easy maintenance: Reasonable internal layout, automatic online refilling High cleaness: Hygiene pipe with fine filtration Communication: RS485, RJ45 Protocol: Modbus, TCP, UDP Get Your Custom Quote Name* Email* Company name* Phone* Product* Choose one How can we help? Submit