华为ICC900-HA1-C4室外一体化电源机柜

华为ICC900-HA1-C4室外一体化电源机柜.带空调系统。

一体化两舱.

左柜为设备柜,可加装直流配电分配单元,BBU,兼容主流厂家19英寸设备。

右柜为电源柜。

华为ICC900-HA1-C4室外一体化电源机柜，左柜为电源柜,设备柜,右柜为电池仓.

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本公司专业经营各类电源产品，艾默生产品、阿尔卡特产品、爱立信产品、鼎联产品、动力源产品、烽火产品、光膜块、核达中远通产品、华为产品、金威源产品、科华产品、诺西产品、三科产品、上海贝尔产品、双登产品、台达产品、通力盛达产品、星火产品、伊顿产品、益达产品、正有产品、中达产品、中恒产品、中兴产品、珠江产品、

华为TP48200A，华为MTS9000A，华为MTS9513A，中兴ZXDU58 W121,中兴ZXDU68 T601，中兴ZXDU68 S601，中兴ZXDU68 S301，华为TP48600T，华为TP48600B，华为TP483000D，华为TP48300T，华为TP48300B,华为TP48200B，艾默生PS48600/3B-2900,艾默生PS48300/3B-2900,艾默生维谛NetSure731 CC2-X2，艾默生维谛NetSure 801电源系统综合柜

：              ：  产品型号诸如：

EPC4860-1000-FA1、EPC4860-1800-FA31、EPC48120-1800-H90A、EPC48200-2900-HA1、EPC48200-2900-HA4、EPW25-24S48D、ES6028

C48-24-1000、212C23 、GERM4815TEP、HD4825、HD4830-3、HD4850-2、M500D、M500F、M523B、NetSure701 A41、NetSure801

EPC48120-1800-H90A、GIE4820 3A 3.45KW、M800D、NetSure531C21-B1、ONU4820、PS4840-2B-10、PS48300-3B-2900-X9、PSM-A10

EPC4860-1800-FA31、HRS1150-9000、HRS1450-9000、PS48600-3B2900-X12(NetSure701C)、

PS483001800 -Y1(NetSure501CA7)

PSM-B5、PSM-D21、R24-2200、R48-1800A、R48-2000A3、R48-3000e3、R48-3200、R48-3500E、

R48-5800A

HD22010-3，HD22020-3，HD22005-3A，HD11010-3，HD11020-3，HD11040-3，,ER22010/T，ER11020/T，ER22020/T，ER11040/T，ER11040/T5，ER11010/S，ER22005/S，HD22010-2，HD11020-2，HD22005-3，HD11010-3，HD22005-2，HD11010-2，HD22020-2，HD11040-2，PSM-E01，PSM-E11，PSM-E20，JYM-II，JYM-IIA，JYM-S，EBU01，EBU02，PFU=-2，PFU-3，PFU-12，PFU-13，TMP-2，VH40TA385M，A1M61S1，A1M61S2，MONI01ZSL，SPD12Z，SPD23SZ，EMU10，EAU01，EDU01，EGU01，EC4820/M，ER4850/S，ER2475/S，ER4830/S，ER4830/S，ER4830/S，

R48-2000,R48-2000E,R48-3200,R48-3200E,R48-3500E,R48-4000E,HD4825-3，HD4830-3，HD4830，HD4825，HD4810，HD4850-2，HD48100，HD48100-2，HD48100-5，M500D，M500S，M500F，R48-1000，R48-5800。HD2450，HD2475，HD2475-2，HD4810-5，HD4820-2，HD4820-3，HD4820-5，HD4825，HD4825-3，HD4825-5，HD4830-3，HD4850，HD4850-2，HD4850-2C，HD48100，HD48100-2，HD48100-5，R24-2200，R48-1000，R48-1800，R48-1800A，R48-2900，R48-2900U，R48-3200，R48-5800，R48-5800A，R240-5800，HRS1450-9000，HRS300-9000B，HRS850-9000C，EPW30-48A，C24/48-1200，C48/24-1000，DPC48-3，PSM-3，PSM-4，PSM-8，PSM-15，PSM-52，PSM-B4，PSM-11，PSM-A，PSM-A9，PSM-A10，PSM-A11，PSM-A2，PSM-A7，PSM-A10，M500D，M522B，M500S，M520S，M500F，M810G，M821D，NP9801,R48-8000,R24-2200。

EPS30-481F,EPS75-481F,EPS90-4830A,GIE4805S,NetSure201C46,GIE4815/3A/2.55KW-1A,GIE4820/3A/3.45kW,GIE4825/3A/4.35KW,ETP48150,ETP48200EPC48200/2900-H,EPC4860/1000-F,PS48300-3A/2900,PS48300-3B/2900,PS48300-3B/1800,PS48300-3/1800-X1,PS48300-3/1800-X2,PS48300-3/1800-X3,PS48300-3/1800-Y1PS48300-3/1800-Y2,PS48300-3/1800-Y3,PS48600-3/2900-X1,PS48600-3/2900-X2,PS48600-3/2900-X3,PS48600-3/2900-X4,PS48600-3B/2900-X1,PS48600-3B/2900-X2,PS48600-3B/2900-X3,PS48600-3B/2900-Y1,PS48600-3B/2900-Y2,PS48600-3B/2900-Y3,PS48600-3A/2900-X1,PS48600-3A/2900-X2,PS48600-3A/2900-X3,PS48600-3A/2900-Y1,PS48600-3A/2900-Y2,PS48600-3A/2900-Y3,PS4840,EPW30-48A,EPW25-24S48,PS4802/100,PS4810/300,PS4830/900,PS48100-2A/25,PS48100-2B/25,PS48100-2C/25,PS4875/25,PS24600-2A/2200,PS48120/1800,PS48120-3/1800,PS48200/2900,PS48300/1800,PS48300-3B/2900,PS48600-3/2900,PS48600-3B/2900,PS240220,NetSure211 C23，NetSure211 C46，NetSure201C46,NetSure301iC21,NetSure501,NetSure501 A50,NetSure501 A41,NetSure501 A41-S1,NetSure701,NetSure701 A51,NetSure701 A51-S3,NetSure701 A51-S5,NetSure801。

CSU401S，ZXD800，ZXD800E，ZXD1200，ZXD1500，ZXD1500 （V3.0），ZXD1500 （V4.0），ZXD1500 （V4.1），ZXD1500 （V4.2），ZXD1500 （V4.3），ZXD2400 （V1.0），ZXD2400 （V2.1），ZXD2400 （V3.0），ZXD2400 （V4.0），ZXD2400 （V4.1），ZXD2400 （V4.3），ZXD5000，ZXDU28，ZXD030 S480 ，ZXDU30，ZXDU45，ZXDU58，ZXDU58 S151，ZXDU58 B121，ZXDU58 B900 ，ZXDU58 H121，ZXDU58 H121(V4.1R01M01)，ZXDU58 T301，ZXDU68，ZXDU68 T601，ZXDU68 T301，ZXDU68 W201，ZXDU75，ZXDU75-BACK020400，ZXDU45-CSU。

【供应全新原包】动力源DKD46监控模块，动力源监控模块 另外我们公司还提供：艾默生、华为、中兴、动力源、通力盛达、中达电通、易达、伊顿、珠江、UPS不间断电源 等等一系列通信电源产品电源系列：厂家名称型号动力源监控器DKD09动力源监控器DKD11动力源监控器DKD12动力源监控器DKD20动力源监控器DKD31动力源监控器DUK-48/25B1动力源监控器DUK-48/25D动力源监控器DUK-48/40动力源监控器DUK-48/50B动力源监控器DUK-48/50H动力源监控器DUK-48/50I动力源整流模块DZY106-48/50I动力源整流模块 DZY-48/100动力源整流模块DZY-48/15B动力源整流模块DZY-48/15H动力源整流模块DZY-48/25B动力源整流模块DZY-48/25D动力源 整流模块DZY-48/25D1动力源整流模块DZY-48/30C动力源整流模块DZY-48/30D动力源整流模块DZY-48/40动力源整流模块DZY-48/50B动力源整流模块DZY-48/50C动力源整流模块DZY-48/50D动力源整流模块DZY-48/50H

动力源整流模块DZY-48/50I动力源整流模块DZY86-48/35动力源整流模块DZY87-48/25艾默生监控器 艾默生监控器M23464Z艾默生监控器M500D艾默生监控器M500F艾默生监控器M500S艾默生监控器M522B艾默生监控器M523B艾默生监控器M810G艾默生监控器NP9801艾默生监控器PSM-1艾默生监控器PSM-12艾默生监控器PSM-15艾默生监控器PSM-3艾默生监控器PSM-4艾默生监控器PSM-43艾默生监控器PSM-5艾默生监控器 PSM-52艾默生监控器PSM-6艾默生监控器PSM-8艾默生监控器PSM-A艾默生监控器PSM-A10艾默生监控器PSM-A11艾默生监控器 PSM-A2艾默生监控器PSM-A9艾默生监控器PSM-B3艾默生监控器PSM-B3A艾默生监控器PSM-B4艾默生监控器PSM-B5艾默生监控器 PSM-B6艾默生监控器PSM-B9艾默生监控器PSM-BA艾默生监控器PSM-BB艾默生监控器PSM-D1艾默生监控器PSM-D21艾默生整流模块HD48100艾默生整流模块HD48100-2艾默生整流模块HD48100-5艾默生整流模块HD4810-5艾默生整流模块HD48200艾默生整流模块HD4820-2艾默生整流模块HD4820-3艾默生整流模块HD4820-5艾默生整流模块HD4825艾默生整流模块HD4825-3

艾默生整流模块 HD4830艾默生整流模块HD4830-3艾默生整流模块HD4850艾默生整流模块HD4850-2艾默生整流模块HD4850D艾默生整流模块 HRS1150-9000艾默生整流模块HRS1450-9000艾默生整流模块HRS300-9000艾默生整流模块HRS300-9000B艾默生整流模块HRS800-9000E艾默生整流模块HRS850-9000C艾默生整流模块R48-800艾默生整流模块R48-1000艾默生整流模块R48-1800A艾默生整流模块 R48-2900艾默生整流模块R48-2900U艾默生整流模块R48-5800A艾默生整流模块ONU4820宝威整流模块XR1648宝威整流模块 XR1648C贝电整流模块1AZ453400001贝电整流模块1AZ571620001贝电整流模块1AZ614430001贝电整流模块3HU01740AAEZ01贝电整流模块PS4804-C贝电监控器8DG23470AA康威特整流模块CMZ4820A（B）康威特整流模块CMZ4830A康威特整流模块CMZ4850A康威特 整流模块SMR1025D康威特整流模块SMRF252施威特克整流模块Apr-48施威特克整流模块APR48-3G施威特克整流模块AR1248施威特克整流模块E11033施威特克整流模块E1332施威特克整流模块E1333施威特克整流模块E2732施威特克整流模块E2733施威特克 整流模块E733WM施威特克整流模块NPR48施威特克整流模块R1148施威特克整流模块R1524施威特克整流模块R1848施威特克整流模块R2924施威特克整流模块R2948施威特克整流模块R648施

威特克监控器E40施威特克监控器SM20施威特克监控器SM20显示器施威特克监控器SM30施威特克监控器SM40施威特克监控器SM40-01施威特克监控器SM40显示器施威特克监控器SM50施威特克监控器SM60施威特克监控器SM65通力环整流模块4850IV通力环整流模块BOR48C/50A通力环整流模块TBHR48/50通力环整流模块 TL4820亚澳整流模块HRIS50亚澳整流模块HRMIS30亚澳整流模块HRMIS50亚澳监控器HRWCSU亚澳监控器HR100亚澳监控器HRCSU洲际整流模块DMA10-48/100洲际整流模块DMA11-48/50A洲际整流模块DMA14-48/10洲际整流模块DMA14-48/16洲际整流模块 DMA14-48/25洲际整流模块DMA14-48/25III洲际整流模块DMA14-48/30洲际整流模块DMA14-48/30Ⅲ洲际整流模块DMA14-48/50洲际 整流模块DMA14-48/50Ⅱ洲际整流模块DMA14-48/50III洲际整流模块DMA14-48V/30A洲际整流模块DMAR48/50洲际监控器DK04A洲际 监控器DK04C 

[ZG，上海，2017年3月15日] 华为X Labs下属的mLAB，联合2012未来网络理论实验室与国内外高校合作，提出了面向数据业务的话务阻塞新理论，帮助产业界更科学的进行数据网络系统容量的规划和优化，研究成果已被国际技术会议IEEE ICC 2017采纳，将于5月份在法国巴黎该学术会议上发布。

1909年，丹麦学者A．K爱尔兰发表了话务阻塞理论，100多年来被广泛应用于语音系统设计当中。其理论基础为，在语音系统中，当信道占满时，新到达的呼叫被阻塞或者排队接入，不影响系统正在服务的用户。而当前宽带接入系统中，数据业务则以尽力而为的方式接入，新接入用户分享当前用户的带宽，将会导致所有用户体验下降。随着4G为代表的数据网络快速部署，用户行为方式发生了很大变化，从传统语音业务为主，转变为社交、视频等应用为主，数据业务的爆发性增长和热点不可预知使系统容量更加难以衡量，因此需要一个准确的理论基础用于数据网络的容量设计。

华为提出了以体验阻塞和资源利用率相结合的系统容量评估方式，并构建体验阻塞表（Experience Block Table），帮助产业界对系统容量进行科学的规划和优化，将数据业务特征纳入到系统容量设计中。

例如，一个平均吞吐率为40Mbps的典型LTE小区，为了支持用户较好体验观看1080P视频业务，需要为每个用户提供5Mbps速率，则系统可以等效为8个信道容量。在容量设计时，假定5%视频观看阻塞率情况下（在视频中表现为卡顿概率），通过体验阻塞理论得出该系统可以支持平均5个并发视频用户。如果运营商希望用户观看更为流畅，将阻塞率指标降低为2%，则需要提供9个信道容量即45Mbps小区，借此指导网络容量设计。

为了便于产业化和工程应用，mLAB已推出数据业务话务阻塞理论的应用套件，包含话务模型分析与仿真平台、EB表计算SDK和网站，并与运营商、学术界一起开展研究和项目合作，持续优化和完善该理论。

[Shanghai, China, March 15, 2017] Huawei＇s X Labs-based mLAB, in conjunction with the 2012 Future Network Theory Laboratory, has put forward a new theory of data-service-oriented traffic congestion to help the industry plan ａnd optimize the capacity of data network systems more scientifically. The research results have been presented by the International Technical Conference IE The adoption of EE ICC 2017 will be released in May at the academic conference in Paris, France.

In 1909, Danish scholar A. K. Ireland published the theory of traffic congestion, which has been widely used in speech system design for more than 100 years. The theoretical basis is that in a voice system, when the channel is full, the new arrival call is blocked or queued to access, without affecting the system is serving the user. In the current broadband access system, data services are accessed by doing their best. The new access users share the bandwidth of the current users, which will lead to the decline of all user experience. With the rapid deployment of the data network represented by 4G, the user behavior has changed greatly from traditional voice services to social ａnd video applications. The explosive growth of data services ａnd unpredictable hot spots make the system capacity more difficult to measure. Therefore, an accurate theoretical basis is needed for data. Network capacity design.

Huawei put forward a system capacity evaluation method which combines experiential blocking ａnd resource utilization, ａnd constructed experiential blocking table to help the industry to plan ａnd optimize the system capacity scientifically ａnd incorporate the data service characteristics into the system capacity design.

For example, in a typical LTE cell with an average throughput of 40 Mbps, the system can be equivalent to eight channel capacities if a 5 Mbps rate is required for each user to better experience 1080P video services. In the capacity design, assuming 5% video viewing blocking rate (in the case of video performance as a Carton probability), the system can support an average of 5 concurrent video users through experiential blocking theory. If operators want users to watch more smoothly ａnd reduce the blocking rate index to 2%, they need to provide nine channel capacity, namely 45Mbps cell, to guide the network capacity design.

In order to facilitate industrialization ａnd engineering applications, mLAB has launched a data service traffic congestion theory application suite, including traffic model analysis ａnd simulation platform, EB table calculation SDK ａnd website, ａnd carries out research ａnd project cooperation with operators ａnd academia to continuously optimize ａnd improve the theory.

威海联通会同威海铁塔公司于翡翠城小区西侧电力塔上成功加装并开通了一套微基站设备。此次"电力塔+联通微基站"移网信号解决方案属省内SC，不仅快速满足了该居民区移网信号覆盖需求，而且实现了杆塔类公共资源共享，减少了重复建设投资，为行业间资源整合提供了范例。

威海翡翠城E区常有客户联通移网信号不稳定，经确认该小区存在弱覆盖问题，威海联通原计划在楼顶加装基站解决，但因小区居区担心信号辐射受阻。之后在勘查过程中发现小区西侧电力塔位置较好，可解决小区内覆盖问题。威海联通创新性提出共享电力塔替代新建楼面塔的"电力塔+联通微基站"解决方案，并上报省公司获得支持。7月份以来，多次会同威海铁塔公司与国网威海供电公司协商，促成了共享电力塔方案的实施。

该"双塔共享"方案，是"社会塔"与"通信塔"开放共享的破冰行动，对省内行业间共享合作起到了引领作用。该类合作，节约土地资源，避免重复建设投资，推而广之，将实现较高的经济效益和社会效益。

Weihai Unicom ａnd Weihai Tower Company have successfully installed ａnd opened a set of micro base station equipment on the west side of the Feicuicheng District. The "Power Tower + Unicom Micro Base Station" network transfer signal solution is the first in the province, not only to quickly meet the needs of the residential area network transfer signal coverage, but also to achieve the pole ａnd tower type of public resources sharing, reducing duplicate construction investment, inter-industry resource integration provides an example.

Weihai Feicuicheng E District often complained about the instability of the transfer network signal, after confirming the existence of weak coverage problems in the district, Weihai Unicom originally planned to install a base station on the roof to solve, but because the residential area worried about the signal radiation blocked. In the process of exploration, it was found that the location of the power tower on the west side of the plot is better, which can solve the problem of coverage in the area. Weihai Unicom innovatively proposed the "Power Tower + Unicom Micro Base Station" solution to replace the new floor towers with shared power towers, ａnd reported to the provincial companies for support. Since July, many times with the Weihai Tower Company ａnd the State Grid Weihai Power Supply Company to negotiate, contributed to the implementation of the shared power tower scheme.

The "twin tower sharing" scheme is an ice-breaking action of opening ａnd sharing between "social tower" ａnd "communication tower" ａnd plays a leading role in sharing ａnd cooperation among industries in the province. This kind of cooperation will save land resources ａnd avoid duplicate construction investment, ａnd popularize it, which will achieve higher economic ａnd social benefits.