液体冷却系统

Liquid cooled server and cloud 数据中心冷却系统, 工业冷水机, 以及医疗成像冷却系统, like MRI 冷却装置 and ultrasound or x-ray modular liquid systems, leverage our trusted 20+ year liquid cooling system heritage for reliable, leak-free thermal systems that help you achieve next generation performance and power density levels.

Data Center 热 Management and Engineering Solutions

(查看成绩单)

How to Cool a Data Center with an In-rack 液体冷却 System

(查看成绩单)

Screenshot of Data Center Cooling 3D Widget

Data Center Cooling Systems and Engineered Material Solutions

液体冷却 Solutions: Innovative and High Performance Systems and Components

电子设备变得越来越强大,随着延迟的不断改进,社会越来越紧密地联系在一起,从而推动了更多的计算和智能设备功能被采用到新的不同的应用程序中. 液体冷却系统现在普遍存在于大多数先进的性能行业,因为它是最紧凑的, 可持续发展的, 和有效的方法来冷却高密度热负荷,使这种持续增加的功率密度. These systems leverage the higher heat capacity of liquid, 与空气冷却或固体传导相比,哪一种吸收和传输热量的效率很高. Liquid cooling systems transfer and dissipate extreme heat at a high rate, 实现传统风冷系统无法解决的高计算性能和功率密度水平.

High Reliability for Peak Performance with Sustainability in Mind

Boyd’s high reliability liquid cooling is applied at the system, 外壳, 设备, and component level with direct liquid cooling (DLC). beat365官方网站大全包括从集成多种技术的复杂液冷服务器系统到最大的冷却系统, 最苛刻的超大规模计算 云数据中心 在世界范围内以紧凑的冷板带来的液体冷却性能直接对硅片或电源热源进行直接液体冷却.

提高性能效率, 优化能源使用, 能量回收最大化, and increase reliability across all thermal system levels to minimize or remove waste, maintenance costs and downtime for a 可持续发展的, lower total cost of cooling system ownership.

For those worried about introducing liquid into advanced electronic systems, Boyd的液冷系统已经在市场上安装了几十年,拥有20多年的可靠性数据,推动了系统设计和测试程序的不断改进. 博伊德是世界上唯一一家提供100%在线热测试的液冷系统制造商, 无忧无虑的, 无漏液体溶液.

Learn about Boyd’s solutions in the sections below:

机架内冷却装置
服务器机房

液冷服务器, 数据中心冷却系统, 和直接液冷(DLC) gpu和cpu最大限度地提高计算密度,以最小的延迟保持峰值性能,更可持续,更可靠的正常运行时间. Boyd’s liquid cooling system design cycles accelerate time to market.

Electric Car charging at a charging station

eMobility

轻量级, 加固的, 紧凑的液体冷却系统延长了电池续航里程,加快了充电周期,从而使新型电动汽车车型与众不同,并提高了消费者的认可度. 电动汽车电池冷板, 功率转换液体冷却, 逆变冷板, 和低调的远程信息处理冷却.

制造业自动化

工业

High power density industrial equipment requires rugged, high performance liquid cooling systems. 电力电子冷却, 轻度液体冷却, 变频器冷却, IGBT直接液体冷板, semiconductor liquid cooling systems, 蓄电池液冷.

医用核磁共振成像CT扫描仪

医疗

High reliability medical equipment cooling solutions. Boyd’s liquid cooling systems for medical products include CT scanner liquid cooling, MRI冷却, 紫外线和激光冷却beat365官方网站大全, x射线热管理, 医疗冷却装置, 超声波热系统.

液冷系统单元

博伊德的液体冷却系统经过广泛的流动网络分析,使用我们的专有设计软件,由数十年的经验数据提供支持. Meaning our thermal design engineers and system architects achieve a validated, on-specification thermal design much faster than anyone else on the market. We test each liquid cooling system to ensure expected performance and system behavior. Our flexible development model ranges from a heavy to light touch depending on your support needs. We adapt these liquid cooling systems for new applications in high performance industries, that need to transition to the high-capacity thermal performance of liquid systems.

博伊德液冷系统
博伊德液冷管汇

更智能的液体系统

博伊德的液体冷却系统, like coolant distribution units and recirculating 冷却装置, incorporate detailed system intelligence to and from individual sensors, 泵, 关节, 和操作软件完整的智能系统行为,最大限度地提高可持续性和可靠性. Efficiency is planned throughout the entire product lifecycle including packaging, 安装固定装置, and quick service features that assure product integrity through shipping, maximize assembly throughput and minimize service time with hot-swappable quick disconnects.

冷却剂分配单元(CDU)

Apply the high heat capacity of liquid cooling in liquid systems, 冷却装置, 冷却剂分配装置(cdu), 冷却板, 热交换器.

水库抽油机(RPU)

The 水库抽油机(RPU) is used in conjunction with a rear door heat exchanger, these function together as a liquid to air CDU. 利用这种流体移动系统,可以实现适当的流体控制和气流管理,在达到冷却要求的同时,为最终客户提供最大的能源效率.

冷却装置

Boyd 冷却装置 are designed for flexibility with a wide variety of available 泵, 控制器, 监控, and additional safety features to cool high thermal loads while optimizing operating costs, 资源利用率, 以及维护时间和费用. Cool as low as -80°C or up to 50 kW cooling capacity.

液体辅助空气冷却(LAAC)

在某些系统中, 液体冷却回路不能直接利用,需要回路将热量直接交换到气流中. 在这些情况下, 液体辅助空气冷却(LAAC)用于从芯片中去除大量的能量,同时将热量立即排除到气流中. 这种液体辅助冷却为客户提供了冷却市场上最新芯片的能力.

液冷系统服务

我们支持我们的液体冷却系统,并期望它们多年来为您可靠地执行. 实现这一长期目标, reliable performance does require regular maintenance to assure peak performance.

We’re responsive to customer support needs ranging from spare parts fulfillment, 系统服务, 修复方案. Globally available service operations and factory-certified technicians provide rapid, 有效的, and affordable service to minimize system maintenance downtime.

服务协议

博伊德提供无忧的服务协议,根据您的需求量身定制,解决您的液冷系统维护和支持要求

培训和现场支持

客户培训和各种现场服务可帮助您优化液冷系统的管理
博伊德液冷回路冷板

液体系统组件

液体冷却 Components are a part of a complete liquid cooling system. 液冷板和液冷机箱作为液体系统与热源之间的主要直接液冷界面,将热量吸收到液冷系统中, while heat exchangers and radiators reject heat into ambient air or a secondary liquid cooling loop. 这些组成部分决定了作为液体冷却循环的第一个和最后一个过程,液体冷却系统可以吸收或拒绝多少热量. 直接液冷界面和排热对液冷系统的效率有重要影响, 效率, 和性能, so they require significant design consideration.

Liquid Component Design and Optimization

博伊德工程擅长冷板和热交换器设计优化,精确的性能模拟,加快我们的设计周期.​ We’re experts at developing and manufacturing high quality, 紧凑的液体冷板和热交换器,满足您的系统要求,同时减轻重量和复杂性. 具有数百种液体冷板和热交换器的选择和配置,使用多种制造方法, Boyd can quickly help you optimize how your liquid system interfaces with your heat sources.

博伊德热交换器

液体冷板

Maximize thermal system 效率 and reduce total operating costs with optimized liquid 冷却板. 创造性的直接液体冷却设计促进湍流流动,并具有定制的天际线,以最大限度地提高热源界面. 100% in-line leak testing assure reliability for EV battery cooling, 先进的计算芯片冷却, 雷达冷却, 直接液体冷却.

液体冷却回路

液体冷却回路将直接液体冷却冷板与配件和管道相结合,连接到泵送液体系统以冷却大功率电子设备. 终止回路与快速断开(QD)流体联轴器,电气模块之间的完全热插拔能力,以最大限度地提高服务效率.

集合管

通过歧管快速断开连接,将液体回路连接到液体系统,加速安装和维修. Valves and sensors assure system function and controls for particle size prevent clogging and leaks. Effluent is filtered to eliminate cloging particles. 每个歧管都经过全面测试,以确保每个连接具有相等的流量,并确保零泄漏.

液体热交换器

Heat exchangers (HeX) transfer heat out a liquid cooled system, either to another liquid cooling system (Liquid to Liquid) or to an air cooled system (Liquid to Air). 液体热交换器通过为液体路径提供高表面积来拒绝或吸收热量,从而提高了整个液体冷却系统的效率.

液冷机箱和机箱

Turn structural 外壳s and chassis into liquid cooling system components. 壁面内的液体流动路径可以像管子一样简单地连接到结构上,也可以有复杂的内部几何形状来优化液体接触面积, 流量, 压降.

有问题? 我们随时准备提供帮助!