PMP10.48 SIC  |  冗余电源模块  可以实现负载均衡   

RPSTECH DMP10.24 冗余电源模块

型号：  PMP10.48 SIC 

品牌：POWEC 

类别：冗余电源模块

  PMP10.48 SIC 冗余电源模块是电源系统中的重要组成部分，旨在通过增加备用电源单元来提供额外的电力供应，确保在主电源故障时仍能维持电源连续性。这种技术手段广泛应用于电力要求极高的关键设备和系统上，如医疗设备、核电站、数据中心等。

  PMP10.48 SIC 冗余电源模块通常由多个电源模块组成，它们通过并联或冗余备份的方式连接在一起，形成一个电源系统。这些电源模块并行工作，共同承担系统的负载。当其中一个电源模块出现故障时，其他正常工作的电源模块会自动接管，确保系统的电力供应不中断。这种设计不仅有效防止了由于电源故障导致的停机时间，还提高了服务器的可用性和稳定性。

此外，  PMP10.48 SIC 冗余电源系统还具备自动切换功能，当检测到某个电源模块出现故障时，系统会自动将负载转移到正常工作的电源模块上，实现无缝切换。这种切换过程对用户是透明的，无需用户进行任何操作。同时，系统还可以实现负载均衡，即在正常工作的电源模块之间平均分配负载，以延长电源模块的使用寿命。

RPSTECH DMP10.24 Redundant power module

Model: PMP10.48 SIC

Brand: POWEC

Category: Redundant power module

PMP10.48 SIC Redundant power modules are an important part of the power supply system, designed to provide additional power supply by adding backup power units to ensure power continuity in the event of a primary power failure. This technology is widely used in critical equipment and systems with high power requirements, such as medical equipment, nuclear power plants, data centers, and so on.

PMP10.48 SIC Redundant power modules Usually consist of multiple power modules that are connected in parallel or in redundant backup mode to form a power system. These power modules work in parallel and share the load of the system. When one power module fails, the other power modules automatically take over to ensure the power supply to the system. This design not only effectively prevents downtime due to power failures, but also improves server availability and stability.

In addition, the PMP10.48 SIC redundant power system also has an automatic switching function. When a power module is detected to be faulty, the system will automatically transfer the load to the normal working power module to achieve seamless switching. This switching process is transparent to the user and does not require any action by the user. At the same time, the system can also realize load balancing, that is, the load is evenly distributed among the power modules in normal operation to extend the service life of the power modules.