作为全球500强企业，全球能效管理和自动化领域的专家施耐德电气在公司近180年的发展历程中不断开拓进取，积极创新。自1987年在天津成立家合资厂，施耐德电气中国根植中国二十余载；从初的中低压配电及工业自动化者，发展成能够为能源与基础设施、工业、数据中心与网络、楼宇和住宅五大市场的客户提供全生命周期的能效解决方案，并帮助他们提高能效高达30％。
- 中国已经成为集团在全球第二大市场
- 在中国拥有26000名员工
- 3个主要研发中心和1个施耐德电气研修学院
- 26家工厂、8个物流中心、5个分公司和40个办事处遍布全国
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Tianjin merlin gerin (MGE) battery considerations:
Don't use could trigger electrostatic cover of battery, so thestatic electricity may cause the battery explosion
There is water should not be installed near the battery pack or beat risk of electric shock
Installation of the ambient temperature is unfavorable andexorbitant, installed in a hot place battery must be scientificventilation is better. ????
Do not use battery where there is dust likely to cause a shortcircuit phenomenon, too much dust will plug the exhaust air
With a sticky label content, things like that can't paste on thebattery cover, because the cover below have exhaust valve of theformation of gas in the battery can not effective to escape.
The number of parallel float charging, plug type terminal batteryparallel can be at most three rows
Tianjin merlin gerin company was founded in 1920, has beencommitted to have important mission for all electrical e handling process to provide high power solutions, toimprove its usability, and prolong the operation time, these smallto personal computers, electrical e and processing processto large-scale Internet data center, telecommunications e,or semiconductor factory. Tianjin merlin gerin battery into M2AHseries and M2AL series. Meilan battery with 40 years of richexperience in design, production and sales - and is one of theearliest production of UPS, battery manufacturers all over theworld, is also the world's largest in high-power UPS manufacturers,MGE uninterruptible power supply products and services solutionshas been all over the world, its products has been the world'slargest high demand of the company's first choice. MGE now has 37in the world
近年来，优化数据中心的供电模式已是提高供电系统运行效率及降低数据中心PUE值的主旋律。各种优化方案层出不穷，归纳起来，无外乎就是一个方法，即增加市电直供使用率，减少换流设备使用率。但是，优化供电模式也不是无限制的，在优化的同时，必须考虑ICT设备安全运行的要求。只有供电模式符合所供ICT设备的要求，优化才具有实际意义。
供电系统串联级数越多，其供电可靠性越低，系统运行效率就越低；并联级数或个数越多，其系统供电可靠性就越高，系统运行效率就越高。所以说，若想保持供电系统的供电可靠性并提高运行效率，除了保证供电系统自身的可靠性指标外，还需要简化系统串联级数，设置合理的（并联）备用设备，从而达到提高供电系统运行效率的目的。
供电系统是服务于整个数据中心的用电设备，它无法决定每个用电设备的耗电量和效率，也无法决定用电设备对供电可靠性的要求，它能做的就是做好自己，为用电设备服务。
具备高可靠性供电系统的运行效率一定不是高的，而结构简单的供电系统通常是运行效率高的。对供电可靠性有不同要求的ICT设备应该采用不同的供电模式，ICT设备采用何种供电模式不是由供电系统决定的，而应由ICT设备及网络来决定。