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机房硕天UPS电源蓄电池需要监控吗？

硕天蓄电池

一机房硕天蓄电池池常见故障

　　1、机房硕天蓄电池着火和**

　　目前，数据机房蓄电池着火事故频发，导致业主损失严重。一般机房电池是由于其中一节电池裂化后未妥善管理，电池急剧恶化导致着火。由于电池是串联及并联在使用，只要一节着火燃烧，整片瞬间会蔓延开来，导致大的火灾事故。

　　二机房硕天蓄电池在线监测的重要作用

　　随着技术的发展，一种新的检测手段孕育而生，硕天蓄电池在线监测这一检测技术开始运用到数据中心电池监控，通过大量时间证明是非常必要、非常有效的方法。

　　硕天蓄电池在线监测主要作用：

　　1.预防事故的发生，通过在线监控蓄电池，可以提前预警，管理可控。

　　2.在线24小时监测，测量数据准确，随时掌握电池状况，大大减少人工维护量。

　　3.可实现网络化、自动化管理，实现远程监控。

　　4.可积累不同品牌电池的运行数据，通过大数据分析可实现今后产品选型。

　　5.节省大量人力、物力。

Suotian Battery

Common Faults of Shuotian Battery in a Computer Room

1. Storage Battery Fire and **

At present, the data room battery fire accidents occur frequently, resulting in serious losses to owners. In general, the battery in the computer room is due to the improper management of one of the batteries after cracking, and the rapid deterioration of the batteries results in fire. Because the batteries are in series and in parallel, as long as one section is on fire, the whole piece will spread in an instant, leading to large fire accidents.

The Important Role of On-line Monitoring of Shuotian Battery in the Second Computer Room

With the development of technology, a new detection method has emerged. The online monitoring technology of Shuotian storage battery has been applied to the battery monitoring of data center. It has been proved to be a very necessary and effective method through a lot of time.

The main functions of online monitoring of Suotian batteries are as follows:

1. Preventing accidents and monitoring accumulators online can provide early warning and controllable management.

2. On-line 24-hour monitoring, accurate measurement data, keep abreast of battery status, greatly reducing the amount of manual maintenance.

3. It can realize network, automation management and remote monitoring.

4. The operation data of different brands of batteries can be accumulated, and the product selection in the future can be realized through large data analysis.

5. Save a lot of manpower and material resources.

　　硕天蓄电池监控系统的主要分析功能：

　　1.自动分析电池剩余容量

　　2.分析电池是否失效或需要活化

　　3.分析浮充时的单体电压，找出需要充电的电池

　　4.分析浮充时的单体电压，找出过充的电池

　　5.对浮充组压进行分析，判断充电机电压是否过高或过低

　第一类、硕天后备式UPS电源通路

　　当硕天后备式UPS电源检测到停电故障时，硕天后备式UPS电源可以切断IT设备(lTE)的市电供电，为系统提供电源保护。不过，一些备用电源系统会在过压或欠压时提供局部的电源保护，对电池电源的使用较为有限。可见，虽然硕天后备式UPS电源可提高效率和降低成本，但有时提供的电源保护并不全面。

　　第二类、硕天互动式UPS电源通路

　　硕天互动式UPS电源通常视情况适度调节电压之后，再对受保护设备供电。不过，硕天互动式UPS电源必须使用电池电源来防止各种频率异常现象和停电情况。

　　第三类、硕天双变换式UPS电源通路

　　硕天双变换式UPS电源可以将关键负载与市电电源完金隔绝，从而确保为IT设备提供洁净、可靠的电力。双变换式UPS比后备式UPS和互动式UPS更耗能，因此它们在数据中心或设备司内的散热量更高。

The main analysis functions of Suotian battery monitoring system are as follows:

1. Automatic analysis of battery residual capacity

2. Analysis of battery failure or activation

3. Analyse the monomer voltage of float charging and find out the batteries that need to be charged.

4. Analyse the monomer voltage of floating charge and find out the overcharged battery.

5. Analyse the voltage of floating charger group to judge whether the voltage of charger is too high or too low.

The first kind of backup UPS power supply path

When Shuotian backup UPS power supply detects power failure, Shuotian backup UPS power supply can cut off the power supply of IT equipment (lTE) and provide power protection for the system. However, some standby power supply systems provide partial power protection when overvoltage or undervoltage occurs, and the use of battery power supply is relatively limited. It can be seen that although the backup UPS power supply can improve efficiency and reduce costs, sometimes the power supply protection is not comprehensive.

Type II, SUOTAIN INTERACTIVE UPS POWER SUPPLY PATH

Suo Tian interactive UPS power supply usually adjusts the voltage appropriately according to the situation, and then supplies power to the protected equipment. However, the SUOTA interactive UPS power supply must use battery power to prevent various frequency anomalies and power outages.

Class III, Shuotian Double-Conversion UPS Power Channel

Shuotian Dual-Conversion UPS power supply can isolate key loads from the city power supply, thus ensuring clean and reliable power for IT equipment. Dual-transform UPS consumes more energy than backup UPS and interactive UPS, so they have higher heat dissipation in data centers or equipment divisions.

　　如何提高硕天UPS电源的可靠性

　　1、添加并联电池组:使用单组串联电池的硕天UPS电源对正常供电负载的风险会大大增强。如果串联申的电池其申一只出问题，就会影响整串电池组放电，从而导致硕天UPS电源无法正常供电。如果在硕天UPS电源上再并联一串电池组的话，假设其中一串电池组发生故障，那么硕天UPS电源仍可由另一串正常的电池组供电一段时间，从而有时间连接备用发电机供电或者从容关闭负载设备。

　　2、安装柴油发电机:电池供电只能解决一时的燃眉之急。如果面临长时间的断电情况，即使使用了最长时效的电池组可能也是"有心无力"。因此，在长时间停电的情况下，使用柴油发电机作为备用供电电源较为理想力口。

　　3、通过并联安装硕天UPS电源提高可用性

　　冗余的设计逻辑，不仅适用于电源保护方案，同样亦适用于硕天UPS电源设计。在电源设计申构建多条电源通路能够从根木上提高系统的可靠性。

　　电源供应链的最终性能受限于其申最弱的一环。因此，在供应链的每一点上添加多个冗余可以提高其整体的可靠性。因此，最可靠的输电系统通常包括从总电源至用电负载的多条相互独立的电源通路，相互尽可能避免重叠。采用冗余配置的电源系统，当组件发生故障或者进行例行维护时郡不会导致IT设备关闭。

How to Improve the Reliability of UPS Power Supply

1. Adding parallel battery packs: The risk of normal power supply load will be greatly increased by using a single series battery in Shuotian UPS power supply. If one of the batteries in series goes wrong, it will affect the discharge of the whole series of batteries, which will lead to the failure of the UPS power supply in Shuotian. If a series of batteries are connected in parallel on the power supply of SUOTAN UPS, assuming that one of the batteries fails, then SUOTAN UPS power supply can still be powered by another series of normal batteries for a period of time, so as to have time to connect the backup generator or shut down the load device calmly.

2. Installation of Diesel Generator: Battery power supply can only solve the urgent need for a moment. In the face of prolonged blackouts, even batteries with the longest lifetime may be "powerless". Therefore, in the case of long blackouts, it is more ideal to use diesel generators as standby power supply.

3. Improving Usability by Parallel Installation of Shuotian UPS Power Supply

Redundant design logic is not only applicable to power protection scheme, but also to the design of UPS power supply in Suo Tian. Building multiple power paths in power design can improve the reliability of the system from the root.

The final performance of power supply chain is limited by its weakest link. Therefore, adding multiple redundancies at each point of the supply chain can improve its overall reliability. Therefore, the most reliable transmission system usually includes multiple independent power supply paths from the total power supply to the power load, avoiding overlap as much as possible. Power systems with redundant configurations do not shut down IT devices when components fail or routine maintenance takes place.