Description
- Model: IS215WETAH1A
- Brand: General Electric (GE)
- Series: GE Mark VIe Wind Turbine Control Series
- Core Function: Executes torque axis control for wind turbine operational stability
- Type: Wind Turbine Torque Axis Control Board
- Key Specs: Standard industrial voltage, high-speed torque algorithm, TMR redundant compatible
- Supply Status: In stock
- Stock: Available
- Warranty: 1 year
- Ship From: China
GE IS215WETAH1A
Product System Overview
The GE IS215WETAH1A is a professional high-performance torque axis control board developed by General Electric, specially designed for the GE Mark VIe wind turbine and turbine control system. As a core logic control component for renewable energy power generation equipment, it serves as the key execution unit for wind turbine torque regulation and load balancing. This control board seamlessly matches other Mark VIe series main control boards, signal acquisition modules and communication components to build a complete, redundant and stable wind power automatic control system. It adapts to complex onshore and offshore wind farm operating environments, supporting long-term continuous operation of wind turbine units. Widely applied in wind power generation projects worldwide, it is an ideal replacement and upgrade part for old wind turbine control system maintenance, hardware aging renewal and operational performance optimization.
Core Product Functions
This dedicated wind turbine control board undertakes core tasks of real-time torque calculation, dynamic load adjustment and unit operational optimization for wind power generation systems. It precisely collects wind turbine operating parameters including rotor speed, blade pitch angle and generator load data, and executes high-speed torque algorithm analysis to output accurate regulation instructions. The module dynamically adjusts turbine torque output according to real-time wind speed changes, effectively balancing unit load and reducing mechanical impact on wind turbine transmission components. It supports simplex and Triple Modular Redundant (TMR) system configurations, realizing stable torque control and fault tolerance operation. Additionally, it records unit operating data and abnormal fault logs, providing reliable data support for wind turbine status monitoring, fault diagnosis and daily predictive maintenance, ensuring efficient and stable grid-connected power generation.
GE IS215WETAH1A
Product Features & Technical Advantages
The GE IS215WETAH1A torque axis control board features outstanding dynamic regulation performance, high system compatibility and extreme industrial environmental adaptability, meeting strict long-term operation requirements of wind power generation equipment. Equipped with optimized dedicated torque control algorithm, it delivers fast response speed and high regulation accuracy, effectively improving wind energy utilization efficiency and unit power generation stability. Supporting TMR redundant configuration, it greatly enhances system fault tolerance and avoids unplanned shutdowns caused by single-point hardware failure. Adopting industrial-grade conformal coating and rugged PCB design, it resists moisture, salt fog, vibration and strong electromagnetic interference, perfectly adapting to harsh offshore and onshore wind farm environments. The standardized rack-mounted structure ensures convenient plug-and-play installation and replacement, simplifying on-site commissioning and maintenance, and effectively reducing wind turbine operational and maintenance costs.
Industrial Application Scenarios
This high-reliability wind turbine control board is widely deployed in various 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 torque control component for large-scale wind turbine units, undertaking key tasks of unit operational regulation and stable grid connection. As an indispensable core hardware of the GE wind power control system, it effectively optimizes wind turbine operating status, reduces mechanical wear and equipment failure rates, improves overall power generation efficiency, and guarantees safe, stable and efficient long-term operation of wind power generation equipment.
GE IS215WETAH1A
