Description
- Model: IS200WEORG1A
- Brand: General Electric (GE)
- Series: GE Mark VIe Wind Turbine Control Series
- Core Function: Regulates wind turbine output and optimizes operational stability
- Type: Wind Energy Output Regulator Module
- Key Specs: 24VDC operating voltage, standard industrial signal, high-precision regulation
- Supply Status: In stock
- Stock: Available
- Warranty: 1 year
- Ship From: China
IS200WEORG1A
Product System Overview
The GE IS200WEORG1A is a professional Wind Energy Output Regulator (WEOR) module developed by General Electric, exclusively designed for the GE Mark VIe wind turbine control system. As a core output regulation and signal interface component for wind power generation units, it acts as a key bridge between the wind turbine excitation system, pitch control system and the main control platform. This module cooperates seamlessly with Mark VIe series main control boards, signal acquisition modules and communication units to build a complete intelligent wind turbine operation regulation system. Optimized for harsh onshore and offshore wind farm environments, it effectively solves unstable power output and parameter deviation issues caused by variable wind speed and complex working conditions. Widely applied in large-scale wind power generation projects worldwide, it is an ideal replacement part for wind turbine system maintenance, aging module renewal and operational performance optimization upgrades.
Core Product Functions
This dedicated wind power regulator module undertakes core tasks of wind turbine power output regulation, signal conditioning and operational parameter correction for wind power control systems. It collects real-time wind speed, rotor speed and generator operating data, and executes high-precision algorithm analysis to dynamically adjust turbine power output and excitation parameters. The module supports standard industrial signal conversion and transmission, accurately converting control instructions into executable regulation signals for wind turbine executive components. It realizes closed-loop optimization of wind turbine power generation status, effectively balancing unit load and suppressing power output fluctuation caused by wind condition changes. In addition, it monitors the real-time operating status of the regulation loop, records abnormal operation logs, and assists the main control system in fault early warning and diagnosis, ensuring stable grid-connected power generation of wind turbine units.
IS200WEORG1A
Product Features & Technical Advantages
The GE IS200WEORG1A wind energy output regulator module features precise regulation performance, strong environmental adaptability and high system fault tolerance, meeting long-term stable operation requirements of wind power generation equipment. Adopting industrial-grade high-precision signal processing chips, it delivers fast response speed and accurate regulation accuracy, effectively improving wind energy utilization efficiency and power output stability. The built-in multi-level anti-interference circuit and conformal-coated PCB design resist salt fog, humidity, vibration and strong electromagnetic interference, perfectly adapting to harsh offshore and onshore wind farm working conditions. Supporting seamless compatibility with Mark VIe system architecture, it features plug-and-play installation and simple parameter debugging, greatly simplifying on-site maintenance and replacement procedures. The optimized low-drift circuit design ensures long-term consistent operating performance, reducing equipment failure rates and later operational maintenance costs.
Industrial Application Scenarios
This high-reliability wind power regulation module is widely deployed in new energy wind power generation scenarios equipped with GE Mark VIe control systems. It is mainly applicable to onshore wind farms, offshore wind power bases and distributed wind power generation projects. It serves as the core output regulation component for large-scale wind turbine units, providing stable power optimization and signal control support for wind turbine pitch systems and generator excitation systems. As an indispensable core functional module of the GE wind power control system, it effectively optimizes wind turbine operating status, reduces unit load fluctuation and mechanical wear, improves overall power generation efficiency, and ensures safe, stable and efficient long-term grid-connected operation of wind power equipment.
