WESDAC D20ME ge

Product Name:
WESDAC D20ME – GE Wind Energy Medium Voltage Switchgear

Description:
The WESDAC D20ME is a medium voltage switchgear unit specifically designed for wind energy applications by GE Wind Energy. It is an integral part of the electrical system of wind turbines, responsible for safely controlling and protecting the turbine’s power distribution at medium voltage levels.

The WESDAC D20ME switchgear offers advanced features such as short-circuit protection, overload protection, and isolation capabilities. It is designed to provide high-performance and reliable operation in harsh environmental conditions, ensuring continuous and safe power distribution within the wind turbine. The switchgear is also suitable for use in medium voltage networks, making it a versatile solution for various wind energy projects.

Product Parameters:
The key parameters of the WESDAC D20ME switchgear from GE Wind Energy are outlined below:

Rated Voltage: The maximum voltage the switchgear can handle safely, typically ranging from medium voltage levels (e.g., 6-36 kV) to match the requirements of the wind turbine and the power grid.
Rated Current: The maximum continuous current the switchgear can carry without tripping, ensuring efficient power transmission at medium voltage levels.
Short-Circuit Capacity: The maximum short-circuit current the switchgear can withstand, protecting the system from potential damage caused by high fault currents.
Control and Monitoring: The availability of control and monitoring features, enabling operators to manage and maintain the switchgear effectively, including remote monitoring and control capabilities.
Number of Poles: The number of conductors or phases the switchgear is designed to handle, providing flexibility in power distribution at medium voltage levels.
Environmental Rating: The switchgear’s resistance to harsh environmental conditions such as extreme temperatures, dust, and moisture, ensuring reliable operation in all weather conditions.

Product Specification:
The specification of the WESDAC D20ME switchgear from GE Wind Energy typically covers detailed technical information about its design, performance, and dimensions. The specification may include:

Dimensions: Length, width, height, and any critical dimensions of the switchgear, including mounting holes and clearances for easy installation.
Weight: The mass of the switchgear, important for transportation and installation planning.
Electrical Characteristics: Detailed information about the switchgear’s electrical properties, such as rated voltage, rated current, and short-circuit capacity, specific to medium voltage applications.
Mechanical Characteristics: Information about the switchgear’s mechanical properties, including operating forces, trip times, and contact resistance, designed for medium voltage switching operations.
Compliance and Certifications: Details about any safety or performance certifications held by the switchgear, confirming its compliance with international standards and regulations for wind energy and medium voltage applications.

For more detailed and accurate information about the WESDAC D20ME switchgear from GE Wind Energy, it is recommended to refer to the product’s manual, datasheet, or contact GE Wind Energy directly for additional specifications and technical support.

WESDAC D20ME ge

WESDAC D20ME ge

WESDAC D20ME (3)