GE IS200WEORG1A Power converter control board
Specific parameters
Series: Mark VIe Speedtronic
Part number: IS200WEORG1A
Functional abbreviation: WEOR
Function Description: GE Printed Circuit Board
Printed circuit board coating: ordinary coating
Functional version: 1A
Hardware components:
Capacitors: There are three capacitors on the circuit board, namely two large drum capacitors C1 and C3, and a C2 capacitor located near C1 and C3. The C2 capacitor is coated with a special bright orange coating, and all three capacitors have factory printed labels for component identification.
Resistors: There are a total of 15 resistors, most of which are relatively large black resistors with factory labels. Among them, resistors 1, 2, 3, 8, 5, and 9 have different resistor styles from the Mexican labels, while the rest of the resistors have smaller sizes.
Fuses: There are 5 fuses labeled with voltage specifications of 250V and 3 600V.
Other: There are 5 insulation factory drill holes on the circuit board for installation, one of which is located at the approximate center of the printed circuit board. In addition, there are some related component labels, such as FA/02 LI/00 label, J4 and J5 jumper labels, etc.
Product Performance
Accurate power conversion control: Accurately control the switching action of the power converter to achieve the collection, conversion, and grid connection of wind energy, ensuring efficient and stable output of electrical energy.
DFIG control optimization: Based on the characteristics of doubly fed induction generators, efficient control strategies are provided to optimize power generation efficiency and improve power quality.
Grid stability: Achieving seamless connection between wind turbines and the power grid, ensuring grid stability, and reducing impact on the power grid.
Complete protection function: It has multiple protection functions, such as overcurrent protection, overvoltage protection, overheating protection, etc., which can ensure the safe operation of the equipment under various working conditions and reduce the risk of equipment damage.
Good system integration: seamlessly integrated with the Mark VI control system, achieving centralized control of the entire wind power generation system, facilitating monitoring and management by operation and maintenance personnel.
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