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Recently, the UHV shunt reactor independently developed by Shandong Electric was successfully developed and successfully passed the third-party monitoring test
of the China Electric Power Research Institute.
The UHV shunt reactor has a capacity of 400 megawatts and a voltage class of 1100 kV
.
It is understood that the maximum capacity UHV shunt reactor currently operating on the grid is 320 megawatts
.
The UHV shunt reactor with a capacity of 400 megawatts and a voltage level of 1100 kV produced by Shandong Electric is the largest UHV shunt reactor
at home and abroad.
In view of the characteristics of large capacity and large magnetic leakage of this reactor, the company has carried out in-depth research on controlling the leakage magnetic field of the reactor, avoiding local overheating, reducing reactor vibration and noise, etc.
, and has carried out multiple reviews of product design, process and test, and finally formed a complete technical plan to ensure the success
of the project.
Recently, the UHV shunt reactor independently developed by Shandong Electric was successfully developed and successfully passed the third-party monitoring test
of the China Electric Power Research Institute.
The UHV shunt reactor has a capacity of 400 megawatts and a voltage class of 1100 kV
.
It is understood that the maximum capacity UHV shunt reactor currently operating on the grid is 320 megawatts
.
The UHV shunt reactor with a capacity of 400 megawatts and a voltage level of 1100 kV produced by Shandong Electric is the largest UHV shunt reactor
at home and abroad.
In view of the characteristics of large capacity and large magnetic leakage of this reactor, the company has carried out in-depth research on controlling the leakage magnetic field of the reactor, avoiding local overheating, reducing reactor vibration and noise, etc.
, and has carried out multiple reviews of product design, process and test, and finally formed a complete technical plan to ensure the success
of the project.
