Old wind turbine blades transformed into pasture fences can last 30 years.
In recent years, the new energy field represented by wind power and solar power has developed rapidly With the modernization of the industry and the replacement of equipment, a large number of new energy equipment decommissioned. is faced with the problem of elimination. But today, decommissioned wind power equipment is experiencing its first application scenario.
In Xilinhot, Inner Mongolia, herders are replacing fences in their pastures, and these newly installed fences are made from wind turbine blades removed from the market. In the past, these fences were usually made of wood or steel, but they were easily damaged and had to be replaced every three or four years, placing a considerable financial burden on ranchers.
Now shepherds choose to use fences made from reprocessed wind turbine blades. This innovative application method not only solves the problem of disposing of reprocessed wind turbine blades, but also provides shepherds with a sustainable and affordable solution. and a durable fencing option.
Fences made from removed wind turbine blades have the following advantages:
1. Wind resistance: The removed wind turbine blades have been rigorously designed and tested. good wind resistance. This allows the fence made from removed wind turbine blades to remain stable in harsh weather conditions and not be easily knocked over or damaged by wind.
2. Durability: The material of removed wind turbine blades has high strength and wear resistance, and can withstand long-term use and external impact. This rend fence made from reprocessed wind turbine blades less susceptible to damage and able to maintain good appearance and functionality for a long time.
3. Environmental protection and resource conservation: Using removed wind turbine blades to make fences is an environmentally friendly and resource-saving method. This practice converts discarded wind turbine blades into useful products, thereby reducing waste generation and saving the use of traditional materials such as wood and steel.