DPA:分布式电源体系结构
“分布式电源架构”常缩写为DPA,这种简写方式在计算机与通信领域尤为常见。DPA旨在通过将电源模块分散布局,提升系统供电的可靠性和灵活性。该架构能够有效降低单点故障风险,优化散热与能效表现,因此广泛应用于服务器集群、基站设备及数据中心等关键设施中。
Distributed Power Architecture具体释义
Distributed Power Architecture的英文发音
例句
- Distributed power control architecture and system integration
- 电力电子分布式控制体系与系统集成
- A typical topology was discussed for the distributed power electronic control architecture, with a three-phase voltage source inverter serving as an example to analyze its basic characteristics. An approach for partitioning control authority and selecting communication interface was presented.
- 介绍了电力电子分布式控制体系的典型拓扑,以三相电压源型逆变器为例分析了该体系的基本问题,并提出了划分控制权限和确定通信接口位置的方法。
- To promote universality and standardization of power electronic building block ( PEBB ), a novel distributed power electronic control architecture with three level control authorities was presented.
- 为了促进电力电子标准模块(PEBB)的通用化和标准化,阐述了一种新的具有3级控制权限的电力电子分布式控制体系。
- Design on Communication System in Distributed Power Network based on P2P Architecture
- 基于P2P结构的配电网通信系统设计
- Each PV string is connected with a separate boost converter and Distributed maximum power point tracking ( DMPPT ) architecture is adopted to reduce the effects of strings mismatch and partial shading on system as MPPT is implemented for each Photovoltaic string.
- 每个光伏串与一个独立的boost变换器相连接,采用分布式最大功率点跟踪控制,每个光伏串能够独立跟踪它的最大功率点,减小了光伏串失配和局部阴影对系统的影响。
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