Blog

Pursue high product quality · Create a world-renowned brand

baixin

Baixin Pipe

Blog Details


26

2025

-

05

Expansion of Rubber and Plastic Pipelines in the New Energy Sector


With the global acceleration in the development and utilization of new energy, rubber and plastic pipeline products, as a key transportation and supporting material, have also ushered in new expansion opportunities in the field of new energy.

With the accelerating global development and utilization of new energy, rubber and plastic pipelines, as key transportation and supporting materials, have ushered in new expansion opportunities in the field of new energy. 
In solar photovoltaic power generation systems, rubber and plastic pipelines play an important role. Solar collectors need to transfer the absorbed heat through heat transfer media to energy storage devices or heat-using equipment. Due to their excellent insulation performance, rubber and plastic pipelines have become the ideal choice for transporting heat transfer media. Their internal closed-cell structure effectively reduces heat loss, ensuring that the heat transfer media maintains a high temperature during transportation, thereby improving the thermal utilization efficiency of solar systems. For example, in some large-scale solar water heating projects, using rubber and plastic insulated pipelines has reduced system heat loss by 20% to 30%, greatly enhancing energy utilization efficiency. 
In the field of wind power generation, rubber and plastic pipelines are also indispensable. Inside the nacelle of wind turbines, various lubricating oils, hydraulic oils, and other fluids need to be transported and circulated. Rubber and plastic pipelines feature oil resistance, corrosion resistance, and good flexibility, meeting the complex pipeline layout requirements inside the nacelle. Their oil resistance effectively prevents issues such as swelling and aging caused by contact with lubricants, ensuring long-term stable operation of the pipelines. Meanwhile, their flexibility allows the pipelines to easily bypass various obstacles during installation, reducing installation difficulty and costs.