Method for monitoring and analyzing insulation performance of overhead transmission insulator
An analysis method and technology for overhead transmission lines, applied in the field of monitoring and analysis of overhead transmission line insulators, can solve the problems that there is no reasonable and effective monitoring and analysis method for overhead transmission line insulators, and achieve fine management, small investment, and online monitoring full effect
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Embodiment 1
[0031] The on-line monitoring of insulators of overhead transmission lines in a certain industrial town is configured by using the present invention (a method for monitoring and analyzing insulators of overhead transmission lines), so as to realize the full-state, high-precision and fine-grained detection of each insulator of overhead transmission lines within the scope of this town . The township range is about 60km, and major heavy industrial manufacturers are distributed in the suburbs. The transmission line has a high level and high reliability requirements. All above 35kV realize full-state detection.
[0032] A method for monitoring and analyzing overhead transmission line insulators is realized through the following processes.
[0033] The insulator monitoring module transmits real-time, comprehensive and detailed mechanical data information of overhead transmission line insulators to the data processing and analysis module: optical fiber sensing units are reasonably dist...
Embodiment 2
[0038] A method for monitoring and analyzing overhead transmission line insulators as described in Example 1. The difference is that the line is located in a remote mountainous area, and there are few lines. One main device can meet the needs. Another point is that there is no power supply nearby. Create two new circuits from the nearest power source exclusively for power supply.
Embodiment 3
[0040] A method for monitoring and analyzing insulators of overhead transmission lines as described in Example 1, the difference is that the lines are located in urban areas, and there are few lines with high voltage levels, and one main device can meet the needs.
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