DTCT德塔森特-医疗解决方案

Hospital machine rooms mostly use traditional construction with open cooling, resulting in low space utilization, poor cooling efficiency, and high energy consumption.

Poor Scalability and Compatibility

Medical institutions run many IT systems, such as HIS, LIS, PACS, electronic medical records, and OA systems, creating heavy demand for infrastructure retrofits and expansion. Different suppliers make later maintenance and repair difficult, and upgrades must also keep the power supply uninterrupted.

Incomplete Power & Environment Monitoring

The power and environment control systems are built by third-party software vendors and don't match the products well, often suffering freezes, crashes, stale monitoring data, and frequent false alarms, which affects staff judgment and response timeliness.

Lack of Specialized Machine-Room Skills and Experience

At hospitals below Grade II, machine-room staff are mostly network specialists who rely mainly on visual inspection for infrastructure checks; infrastructure faults are hard to handle, and the room environment is difficult to grasp and manage.

Cooling Equipment Doesn't Meet Professional Needs

In traditional machine-room builds, cooling performance is unsatisfactory and temperature/humidity control imprecise, easily creating local hot spots that hurt equipment performance and service life.

Slow Delivery,

Troublesome After-Sales

Installation and construction take too long, mostly 3-6 months, and after-sales service requires coordinating with multiple suppliers, resulting in untimely support and frequent buck-passing.

行业挑战

空间利用率低

医院机房普遍以传统机房建设模式，采用开放式制冷，机房空间利用率低，制冷效果差，能耗高

机房扩容、兼容性差

医疗行业信息系统多，包括如HIS、LIS、PACS、电子病历、OA系统等，对基础设备改造、扩容的需求多，由于供应商不同，导致后期维护、维修困难，而机房改造扩容时，还需要兼顾电源不间断

动力环境监测系统不完备

动环控系统均为第三方软件公司制作，与产品不匹配，经常出现死机、宕机、监控数据时效差、经常误报警等情况，影响工作人员的判断和处理时效性

专业机房维护技能和经验不足

二级以下医院机房管理人员基本上以网络专业为主，对于机房基础设施巡检管理以目测为主，遇到机房基础设施设备故障难处理，机房环境情况难掌握、难管理

空调制冷设备无法匹配专业需求

传统机房建设模式下，空调制冷效果不理想，温湿度控制不精确，容易产生设备局部热点，影响设备使用效果及使用寿命

交付慢、售后烦

安装施工周期过长，大多需要3-6个月，售后服务需要与多个供应商对接，服务不及时，推诿现象比较严重

行业案例

宁波市第一医院项目案例展示

项目背景

宁波市第一医院医院方桥院区是2019年省、市两级重点工程项目，是宁波市卫生健康领域迄今为止投资最大的项目，总用地约409亩。新院区于2022年6月20日正式启用。

项目概况

宁波市第一医院异地建设（一期）项目数据机房建设采购项目位于大楼四楼，机房面积约为256平方米。划分4个功能区域，数据中心机房和接入机房、配电机房、操作间，面积分别为145m2、32m2、48m2和31m2。
接入机房由一套7联机微模块系统、1套气体消防柜（120单瓶组柜式七氟丙烷灭火装置）、1台12KW基站空调组成。其中7联机微模块系统由7台服务器机柜、其中2套配置4kW绿色变频制冷模块（最大制冷量8kW）、1套智能配电模块。

成都血液中心项目案例展示

项目背景

成都市血液中心始建于1962年，隶属于成都市卫生健康委员会，是一所集血液采集、检测、制备、储存、供应及科研教学于一体的公益性卫生机构，担负着为全市23个区（市）县、350余家医疗机构提供临床用血和保障用血安全的重任。

项目概况

本项目为成都血液中心采购模块化数据中心及网络设备，保障血液中心采供血保障、行政办公以及后勤管理等业务的开展。
按照 B级机房设计，要求机房可以无人值守运行。
机房规划面积约303㎡，分为配电区域、主机房、管控区域，采用22台模块化柜体组成一组双列封闭冷通道；1个备份机房，机房规划面积约40㎡。核心产品包括IDC机柜、微型数据机房绿色智能一体机等。提高了成都血液中心的管理和服务能力，减少了在数据传输控制上的资源浪费

湖州市第三人民医院项目案例展示

项目背景

湖州市第三人民医院创建于1951年11月，是浙江省首批三级甲等精神病专科医院。集医疗、预防、康复、科研、教育为一体的现代化医院。

项目概况

采用13个模块化柜体和1台精密型UPS综合配电柜组成一组双列封闭冷通道，柜体尺寸为800*1200*2000mm，扩大理线空间。

Industry Cases

Case presentation of Chengdu Blood Center project

Project Background

Founded in 1962 under the Chengdu Municipal Health Commission, the Chengdu Blood Center integrates blood collection, testing, preparation, storage, supply, research and teaching. It supplies clinical blood to 23 districts and over 350 medical institutions across the city, and also serves as Sichuan's blood management and transfusion quality control center.

Project Overview

This project supplies the Chengdu Blood Center with a modular data center and network equipment to support blood supply, administration, and logistics.
Built to Class B standards for unattended operation.
The main room covers about 303 m² (power distribution, main room, and control areas) with 22 modular cabinets forming a double-row enclosed cold aisle, plus a backup room of about 40 m². Core products include IDC cabinets and green all-in-one micro data centers, improving management and cutting resource waste in data transmission.

Case presentation of Huzhou Third People's Hospital project

Project Background

Founded in November 1951, Huzhou Third People's Hospital is one of Zhejiang's first Grade-A Class 3 psychiatric specialty hospitals, a modern institution integrating medical care, prevention, rehabilitation, research, and education.

Project Overview

13 modular cabinets plus one precision UPS integrated power distribution cabinet form a double-row enclosed cold aisle; the cabinets measure 800*1200*2000mm for more cable-management space.

Case presentation of Ningbo First Hospital project

Project Background

Ningbo First Hospital's Fangqiao campus is a 2019 provincial and municipal key project — the largest health-sector investment in Ningbo to date, covering about 409 mu. The new campus opened on June 20, 2022.

Project Overview

Located on the fourth floor, the data center for Ningbo First Hospital's Phase I relocation project covers about 256 m², split into four areas: the main machine room (145 m²), access machine room (32 m²), power room (48 m²), and operation room (31 m²).
The central room comprises one micro-module system, one 16-cabinet unit, 3 gas fire-suppression cabinets (150 single-bottle HFC-227ea), and one room-level precision AC (25kW). The micro-module holds 35 server cabinets, 6 row-side precision ACs (40kW), and one precision power distribution cabinet. The 16-cabinet unit holds 11 server cabinets, 4 network cabling cabinets, and one precision power distribution cabinet, 3 of which feature green 15kW variable-frequency cooling modules (up to 45kW).
The access room comprises one 7-cabinet micro-module system, one gas fire-suppression cabinet (120 single-bottle HFC-227ea), and one 12KW base station AC. The 7-cabinet system holds 7 server cabinets, 2 fitted with green 4kW variable-frequency cooling modules (up to 8kW), plus one smart power distribution module.

一致性体验

由德塔森特或德塔森特认证服务合作伙伴提供前瞻性、规范性的规划服务

方案价值

快速部署

医疗行业对机房依赖度高，对停电的容忍度低，一般建议不断电或者极短时间完成改造及设备迁移，这对基础设施实施效率要求较高

高稳定性

医疗行业一般采用A级机房建设要求，采用双路ATS进线，两套独立的UPS系统进行供电，且电池后备时间要求４小时以上（极个别医院要求２小时以上）

智能化管理

支持远程集中管控，总院—分院—汇聚机房—弱电间垂直架构部署

扩容性强

医疗行业信息化重视程度高，每年设备增加、替换相对较快，对基础设施的柜体、电力及制冷的扩容性要求较高，需要能实现不断电、零失误的扩容及扩增

服务要求高

能售后、运维响应时效短，处理能力快，

不影响医院正常运作

Solution Value

Rapid Deployment

Medical institutions depend heavily on machine rooms and tolerate outages poorly; retrofits and equipment migration should ideally be done with no or minimal downtime, demanding high implementation efficiency.

High Stability

Medical machine rooms generally follow Grade-A requirements: dual ATS feeds, two independent UPS systems, and battery backup of over 4 hours (a few hospitals require over 2 hours).

Intelligent Management

Supports remote centralized control with a vertical architecture of main hospital — branch hospital — aggregation room — weak-current room.

Strong Scalability

Medical IT is highly valued, with equipment added or replaced quickly each year, so infrastructure cabinets, power and cooling must scale with no downtime and zero-error expansion.

High Service Requirements

After-sales and O&M response must be fast with quick handling,

without disrupting hospital operations.