Cold room one-stop shopping solution
Fruit and vegetable chiller room, meat freezer room, production processing plant with refrigeration system.Various foods suitable; wide temperature range; Much power saving. Easy installation and maintenance.
Refrigeration System
Combine European refrigeration technology with Chinese leading refrigeration industry chain
Modular cold room with monoblock unit
Mobile cold room with compact refrigeration monoblock unit,assemble easily, drop in cold room, and connect power.

Advantage

1. Custom Projects

Customized refrigeration projects according to your needs, Study different options according to your preferences. We work with many world famous brands.

2. Costs reduction

Reduces energy consumption and maintenance costs, Since SHC's intelligent refrigeration system will optimize, above all, your company's production processes.

3. Team Integrity

Increases the useful life of the refrigeration system. Preventing your refrigeration system from operating under inappropriate conditions. Since these will work only when necessary.

SHC Refrigeration factory
Blast Freezer Room for Frozen Seafood and Meat 1

About Us

SHC Refrigeration is one of the leading manufacturers and suppliers of professional refrigeration and has built a global reputation over the years for performance, quality and value for money. Our vast products includes high performance, energy efficient and sustainable blast chillers, cold rooms, freezer room, walk in freezer, walk in chiller, blast freezer and logistic cold storage rooms.

News

how to optimize cooling distribution unit in data center

手术室级精准度:优化数据中心冷却分配单元的跨界指南 好的,直接上干货。你不是在摆弄一台普通空调,你是在管理数据中心的“血液循环系统”。冷却分配单元(CDU)的优化,远不止是调低几度温度那么简单。它关乎效率、可靠性,以及最直接的——运营成本。让我们抛开那些华而不实的理论,聊聊实际操作,就像工程师在现场对话一样。 H2: 能耗博弈:从电费账单倒推优化策略 全球的电价都在涨,你的客户,那些数据中心运营商,每天睁开眼看到的就是电费账单。CDU是他们能耗大户之一。优化从这里切入,最能戳中痛点。 首先,忘掉“设定一个固定温度”这种老办法。现在要看的是回水温度。把从服务器机柜回来的冷却液温度尽可能调高,这是降低能耗的黄金法则。每升高1°C,冷水机组本身的效率就能提升2-3%。最新的实践是,在保证设备进风温度符合ASHRAE推荐范围的前提下,将CDU的设定回水温度瞄准在25°C甚至更高,而不是过去的15-18°C。 其次,泵是关键。变频驱动泵现在是标配,但优化在于控制逻辑。别再让它恒速运行了。基于实时热负荷和管路压差来动态调整泵速。当部分服务器负载较低时,泵的功耗可以呈立方关系下降。给你的客户算笔账:一套中型数据中心,通过泵的智能变频优化,年省电费轻松超过数万美元。 这里有个实时的性能对比,可以展示给你的经销商客户看: 优化措施 传统模式 优化模式 (2024年实践标准) 潜在节能比例 系统设定温度 固定低温 (如18°C供水) 高温供水 (如21°C),配合精准按需制冷 15-25% (冷水机组侧) 泵送控制 定频或简单变频 基于实时热负荷与压差的AI动态调频 30-50% (泵送系统侧)

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