Durable Reinforced Concrete Power Transmission Poles Made of Nanomodifi ed Concrete — the Future of Digital Distribution Networks

Improving the reliability and durability of reinforced concrete poles for overhead transmission lines is a direct way to reduce costs when constructing and operating energy facilities. Modern chemical additives can signifi cantly affect the structure of concrete and improve its operational properties: strength, density, freeze-thaw, water and corrosion resistance. Identification and digital certifi cation of power transmission poles with new properties is a guarantee of their sustained quality. The paper presents data on the industrial production of poles from nanomodifi ed concrete. Also, the paper considers directions for further work on creating the unifi ed series of 0.4 and 6-10 kV reinforced concrete power transmission poles characterized by high durability for digital distribution electrical networks.