Abstract
For the problem of wind turbine outage caused by the failure of wind power transmission devices, we proposed an offshore wind power transmission device with low sustainable operation and low maintenance cost. Through the combination of gearbox A and B, the power transmission of the offshore wind turbine is uninterrupted, and the continuous operation of grid-connected power generation enhances the economic benefits of offshore wind turbines. The maritime maintenance man-hours is reduced by moving the speed increase gearbox A from the offshore wind turbine site to the land for maintenance inspection, and the maintenance cost is significantly reduced.
Highlights
In recent years, with the large-scale development of offshore wind power and the grid-connected operation of large-capacity offshore wind turbines, how to operate and maintain offshore wind turbines economically and reliably has become one of the hot issues of new energy research
The outage of offshore wind turbines does not participate in grid-connected generation, which reduces the economic benefits of offshore wind turbines
We proposed an offshore wind power speedincreasing device with low cost of sustainable work and maintenance
Summary
With the large-scale development of offshore wind power and the grid-connected operation of large-capacity offshore wind turbines, how to operate and maintain offshore wind turbines economically and reliably has become one of the hot issues of new energy research. Low cost of sustainable work and maintenance for offshore wind power speedincreasing device includes the speed-up gear box A, the speed-up gear box B, the input power switching device, the output power switching device, the power supply, the control device, the signal transmitting device, the speedup gear box detection device, the power supply line, the control line and the communication line. The method eliminates the interference of the generator output power on the meshing vibration energy and improves the reliability of the fault diagnosis
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