GE 850-EP5NNS5HNNALAGAPCB1ECNAN2

Description

GE 850-EP5NNS5HNNALAGAPCB1ECNAN2 是通用电气（GE）Multilin 850 馈线保护系统的一个具体型号。以下是对该系统的详细介绍：

一、系统概述

Multilin 850 馈线保护系统是一款专为工业和公用事业馈线应用设计的创新型馈线保护系统。它提供了全面的保护、控制和监控功能，旨在提高电力系统的可靠性和稳定性。

二、主要功能

1. 保护功能：
   • 850-EP5NNS5HNNALAGAPCB1ECNAN2 型号支持多种保护功能，包括但不限于过流保护、接地故障保护、距离保护等，能够针对不同类型的故障提供快速、准确的保护动作。
   • 系统具备高精度的测量和计算能力，可以实时监测馈线的电流、电压等参数，并根据预设的保护逻辑进行快速判断和处理。
2. 控制功能：
   • 系统支持多种控制功能，如自动重合闸、冷负载拾取、自动转移方案等，可以根据电力系统的实际运行情况进行灵活调整和优化。
   • 通过先进的控制算法和逻辑设计，系统能够实现馈线的自动化管理和优化运行，提高电力系统的效率和可靠性。
3. 监控功能：
   • 系统具备强大的监控功能，可以实时监测馈线的运行状态和参数，并通过人机界面（HMI）或远程通信接口将数据传输到上位机或监控中心。
   • 用户可以通过监控界面实时查看馈线的运行状态、故障信息、历史记录等，方便进行故障排查和性能分析。

三、技术特点

1. 高可靠性：
   • 系统采用冗余设计和故障自诊断技术，确保在部分组件故障时仍能保持系统的正常运行。
   • 经过严格的质量控制和测试验证，系统具备高可靠性和稳定性，能够满足工业和公用事业领域的严格要求。
2. 易用性：
   • 系统提供直观的人机界面和友好的操作方式，方便用户进行参数设置、功能选择和故障排查。
   • 支持多种通信协议和接口标准，可以方便地与其他电力系统设备进行互联互通。
3. 可扩展性：
   • 系统采用模块化设计，支持根据实际需求进行功能扩展和升级。
   • 用户可以根据电力系统的规模和复杂程度选择合适的配置和选项，实现个性化的解决方案。

四、应用场景

Multilin 850 馈线保护系统广泛应用于各种工业和公用事业领域，如发电厂、变电站、配电网等。它可以为馈线提供全面的保护、控制和监控功能，确保电力系统的安全、稳定运行。

GE 850-EP5NNS5HNNALAGAPCB1ECNAN2 is a specific model of the General Electric (GE) Multilin 850 feeder protection system. The following is a detailed introduction to the system:

1、 System Overview
The Multilin 850 feeder protection system is an innovative feeder protection system designed specifically for industrial and utility feeder applications. It provides comprehensive protection, control, and monitoring functions aimed at improving the reliability and stability of the power system.

2、 Main functions
Protection function:
The 850-EP5NNS5HNNALAGAPCB1ECNAN2 model supports multiple protection functions, including but not limited to overcurrent protection, ground fault protection, distance protection, etc., and can provide fast and accurate protection actions for different types of faults.
The system has high-precision measurement and calculation capabilities, which can monitor the current, voltage and other parameters of the feeder in real time, and quickly judge and process them according to the preset protection logic.
Control function:
The system supports multiple control functions, such as automatic reclosing, cold load picking, automatic transfer scheme, etc., which can be flexibly adjusted and optimized according to the actual operation of the power system.
Through advanced control algorithms and logic design, the system can achieve automated management and optimized operation of feeders, improving the efficiency and reliability of the power system.
Monitoring function:
The system has powerful monitoring functions, which can monitor the operation status and parameters of the feeder in real time, and transmit data to the upper computer or monitoring center through the human-machine interface (HMI) or remote communication interface.
Users can view the real-time operation status, fault information, historical records, etc. of the feeder through the monitoring interface, which facilitates fault troubleshooting and performance analysis.
3、 Technical features
High reliability:
The system adopts redundant design and fault self diagnosis technology to ensure the normal operation of the system even when some components fail.
After strict quality control and testing verification, the system has high reliability and stability, and can meet the strict requirements of industrial and public utility fields.
Usability:
The system provides an intuitive human-machine interface and user-friendly operation mode, making it convenient for users to set parameters, select functions, and troubleshoot.
Supports multiple communication protocols and interface standards, making it easy to interconnect with other power system equipment.
Scalability:
The system adopts modular design, supporting functional expansion and upgrading according to actual needs.
Users can choose appropriate configurations and options based on the size and complexity of the power system to achieve personalized solutions.
4、 Application scenarios
The Multilin 850 feeder protection system is widely used in various industrial and utility fields, such as power plants, substations, distribution networks, etc. It can provide comprehensive protection, control, and monitoring functions for feeders, ensuring the safe and stable operation of the power system.