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Synchronous Generator Excitation Panel


The XY-WLT6200 microcomputer excitation panel is suitable for various excitation systems used in large, medium, and small synchronous generator sets. It is typically applied in self-excited and self-restored thyristor-based excitation systems. The panel features functions such as zero-voltage startup of the generator, grid synchronization, phase adjustment, PSS (Power System Stabilizer), reactive power load control (both increasing and decreasing), and inverter-based shutdown. Configurations include single-unit/single-bridge/single-panel setups, dual-unit/single-bridge/single-panel setups, dual-unit/dual-bridge/two-panel setups (consisting of a regulator panel and a power field suppression panel), and dual-unit/dual-bridge/three-panel setups (featuring a regulator panel, a power rectifier panel, and a field suppression panel).


Product Details


Introduction to Cabinet Displays
The XY-WLT6200 microcomputer excitation panel is suitable for various excitation systems used in large, medium, and small synchronous generator sets, typically applied in self-excited, self-recovery thyristor-based excitation systems. It features functions such as zero-voltage startup of the generator, grid synchronization, phase adjustment, PSS (Power System Stabilizer), reactive power load control (both increasing and decreasing), and inverter-based shutdown. The panel can be configured in several setups: single unit with a single bridge on one panel, two units sharing a single bridge on one panel, or two units each equipped with a dual bridge across two separate panels (consisting of a regulator panel and a power field suppression panel). Additionally, it supports a three-panel configuration for two units, featuring a regulator panel, a power rectifier panel, and a field suppression panel.

 

Technical Features
Utilizing a 32-bit floating-point DSP processor from Texas Instruments (TI) in the U.S., this system employs a PID + PSS control algorithm, features a multi-channel redundancy architecture, and enables manual/automatic fault switchover between primary and secondary channels.

It offers multiple operating modes, including test-based excitation startup, as well as automatic constant-voltage, constant-current, constant-reactive-power, and constant-power-factor operations.
All operating parameters are displayed online, and control parameters can be modified on the spot.
It features automatic diagnostics, automatic tracking, fault recording, and test analysis capabilities, and is equipped with CANBUS or RS232/RS485, as well as Ethernet (TCP/IP) interfaces, enabling seamless communication and monitoring between PCs or multi-layered distributed computer systems.
Equipped with a 10.4-inch touchscreen display, the control parameters can be adjusted online, and it features remote monitoring via a dedicated mobile app.


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