ALSTOM MICOM P139 PI39 P1393605544AW00E01

通信接口:

光纤口(SFP,支持100Mbps/1Gbps双速率)

以太网口(RJ45,支持冗余配置)

电源模块:

输入电压:DC 24V/110V/220V(宽电压兼容)

备用电源:内置超级电容(断电后维持运行30分钟)

保护逻辑实现

核心保护功能:

差动保护:基于IEC 60255标准,精度±0.5%

方向过流保护:支持多方向电流检测(精度±1%)

电压异常保护:过压/欠压阈值可调(范围:0-120%额定值)

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描述

产品简要说明

ALSTOM MICOM P139 PI39是阿尔斯通(Alstom)专为中高压电力系统设计的智能继电保护装置,核心特性包括:

多层级保护功能:支持电流速断、过流、过压、差动保护等20+种保护逻辑

工业级通信协议:集成IEC 61850、Modbus TCP、Profinet协议,支持与SCADA系统无缝对接

环境适应性:IP65防护等级,耐受-40°C至+70°C极端温度

智能诊断系统:内置自检功能,故障定位精度达99.5%

模块化设计:支持扩展至128个保护单元,兼容未来升级需求

产品详细说明

1.核心架构与功能模块

硬件设计

主控系统:

处理器:双核ARM Cortex-R4(主频≥200MHz)

存储:2GB DDR4(实时数据缓存)+32GB SSD(历史事件记录)

输入输出接口:

模拟量输入:16通道(0-5V/4-20mA)

数字量输入/输出:32路(隔离设计,抗干扰能力≥10kV)

通信接口:

光纤口(SFP,支持100Mbps/1Gbps双速率)

以太网口(RJ45,支持冗余配置)

电源模块:

输入电压:DC 24V/110V/220V(宽电压兼容)

备用电源:内置超级电容(断电后维持运行30分钟)

保护逻辑实现

核心保护功能:

差动保护:基于IEC 60255标准,精度±0.5%

方向过流保护:支持多方向电流检测(精度±1%)

电压异常保护:过压/欠压阈值可调(范围:0-120%额定值)

智能诊断系统:

实时监测硬件状态(CPU负载、内存占用、温度等)

故障日志自动生成(支持CSV/Excel导出)

2.工业级通信与扩展性

协议支持:

主站协议:IEC 61850-8-1(MMS、GOOSE、SMV)

从站协议:Modbus TCP(支持TCP/IP网络通信)

扩展接口:支持第三方传感器接入(需通过Alstom认证)

多系统集成:

与SCADA系统(如Alstom Symphony)实时数据交互

支持云平台远程监控(需配置Alstom Cloud Agent)

产品概述:ALSTOM MICOM P139 PI39

作为阿尔斯通智能电网解决方案的核心组件,其核心价值在于高可靠性与智能化保护:

技术优势:

在变电站中,通过差动保护将故障隔离时间缩短至5ms

在新能源发电场中,实现风电/光伏并网的电压异常快速响应

行业适配:

电力传输:110kV/220kV变电站主变保护

工业配电:大型石化企业高压电机保护

轨道交通:城市地铁牵引变电所故障隔离

Product brief description

ALSTOM MICOM P139 PI39 is an intelligent relay protection device designed by Alstom for medium and high voltage power systems.The core features include:

Multi-level protection function:supports 20+protection logics such as current quick interruption,overcurrent,overvoltage,and differential protection.

Industrial-grade communication protocol:Integrate IEC 61850,Modbus TCP,Profinet protocols,supports seamless docking with SCADA system

Environmental adaptability:IP65 protection rating,withstand extreme temperatures-40°C to+70°C

Intelligent diagnostic system:built-in self-test function,fault positioning accuracy up to 99.5%

Modular design:Supports expansion to 128 protection units,compatible with future upgrade requirements

Product details

1.Core architecture and functional modules

Hardware design

Main control system:

Processor:Dual-core ARM Cortex-R4(main frequency≥200MHz)

Storage:2GB DDR4(real-time data cache)+32GB SSD(historical event record)

Input and output interface:

Analog input:16 channels(0-5V/4-20mA)

Digital input/output:32 channels(isolation design,anti-interference capability≥10kV)

Communication interface:

Fiber Optical Port(SFP,supports 100Mbps/1Gbps dual-rate)

Ethernet port(RJ45,support redundant configuration)

Power module:

Input voltage:DC 24V/110V/220V(wide voltage compatible)

Backup power supply:built-in supercapacitor(main operation for 30 minutes after power outage)

Protection logic implementation

Core protection functions:

Differential protection:Based on IEC 60255 standard,accuracy±0.5%

Directional overcurrent protection:Supports multi-directional current detection(accuracy±1%)

Voltage abnormality protection:Overvoltage/undervoltage threshold is adjustable(range:0-120%rated value)

Intelligent diagnostic system:

Real-time monitoring of hardware status(CPU load,memory usage,temperature,etc.)

Automatic generation of fault logs(supports CSV/Excel export)

2.Industrial-grade communication and scalability

Protocol support:

Main site protocol:IEC 61850-8-1(MMS,GOOSE,SMV)

Slave protocol:Modbus TCP(supports TCP/IP network communication)

Extended interface:Supports third-party sensor access(need to pass Alstom certification)

Multi-system integration:

Interact real-time data with SCADA systems such as Alstom Symphony

Support remote monitoring of cloud platform(Alstom Cloud Agent is required)

Product Overview:ALSTOM MICOM P139 PI39

As the core component of Alstom’s smart grid solution,its core value lies in high reliability and intelligent protection:

Technical Advantages:

In substations,fault isolation time is shortened to 5ms by differential protection

In new energy power farms,rapid response to voltage abnormalities of wind power/photovoltaic grid connection can be achieved

Industry adaptation:

Power transmission:110kV/220kV substation main transformer protection

Industrial power distribution:protection of high-voltage motors in large petrochemical enterprises

Rail Transit:Failure isolation of urban subway traction substations