What Urban and Rural Power Grid Construction Scenarios Are Suitable for Self-Supporting Metal Power Poles?

Self-supporting metal power poles are widely used in both urban and rural grid construction due to their robust structure, easy installation, and strong wind resistance. They are particularly suitable for the following applications:

1. Urban High-Voltage Transmission Corridors: Used in main transmission lines in cities, especially where space is limited and compact pole footprints are required, such as in commercial zones, industrial parks, or along urban roads.

2. Urban-Rural Integrated Power Grid Renovation Projects: Ideal for upgrading traditional rural or suburban grid systems, replacing concrete or wooden poles with stronger, more weather-resistant steel poles.

3. Power Grid Extension in Villages and Remote Areas: Offers excellent reliability and adaptability in remote locations with challenging terrain or high-altitude conditions.

4. New Energy Output Lines (Wind, Solar, etc.): Used to connect renewable energy stations to the main grid, offering high corrosion resistance and support for high-voltage transmission.

5. Lines from Substations to End Users: Serves as the backbone structure between substations and electricity consumers, ensuring stable and efficient transmission.

6. Double Circuit Transmission Lines: The 12-sided cross-section design accommodates dual-circuit transmission, reducing the number of towers needed and optimizing construction costs.