The wind power industry requires lubrication for many components and a large amount of oil; At the same time, due to the high cost, harsh working environment, and remote location of wind power generation equipment, most of which are located in valleys, open fields, and nearshore areas, the maintenance and replacement costs of wind turbines and their components are high, and the maintenance work is very inconvenient. When lubrication failures occur, wind farms must pay for equipment adjustment costs, energy production losses, surge costs per kilowatt hour, and delay costs when replacing components.

Through the new technology of oil monitoring, it is possible to monitor and compare various indicators of oil products in a targeted manner, quickly understand the condition of oil products, and determine whether oil replacement or other treatment work is needed; It is also possible to determine whether the equipment has experienced wear and the cause and location of wear by monitoring the wear metal particles and pollution impurity particles in the oil.

By regularly tracking and monitoring the main physical and chemical indicators of the lubricating oil used in the equipment, the degree of deterioration and pollution reasons of the equipment oil can be discovered in a timely manner, and reasonable lubrication methods and oil change intervals can be adopted. Overall, the following devices can meet the requirements:

1SpectrOil 120C: Oil Spectral Analyzer

Quick positioning of wear location, wear degree, and wear trend

Can detect lubricating oil and grease

2LNF-Q220: Multi functional abrasive particle analyzer

Oil contamination detection

Intelligent ferrography detection (wear traceability analysis)

Automatically generate detection reports

3、FLuidScan-Q1000: Portable Fluid Statusanalyzeceremony

Moisture content, acid value, oxidation degree

4. Portable Viscometer Minivisc-3000

Measurement of kinematic viscosity at 40 ℃.