1. High-Quality Pole Construction:The main pole is crafted from Q235 high-quality steel, formed into a tapered pole using advanced bending machines, ensuring strength and stability.
   Pole thickness: 3.5mm, designed to withstand harsh weather conditions and heavy loads.

2. Superior Welding and Finishing:Welds are smooth and free of visible defects such as undercuts, slag inclusions, or pores, ensuring structural integrity and a clean appearance. The pole undergoes hot-dip galvanization with a zinc layer of at least 86μm thickness for corrosion resistance. The surface is finished with plastic spraying, which provides a bright and visually appealing color while enhancing durability.

3. Durable and Weatherproof Lamp Design:The lamp housing is made of high-quality aluminum die casting and high-purity aluminum, offering excellent heat dissipation and structural strength. It Features a tempered glass lampshade for impact resistance and protection against external elements.
   IP65 protection rating ensures resistance to dust and water, making it suitable for outdoor use.

4. Efficient Electrical Compartment:The electrical compartment can be accessed using special tools, ensuring safety and security during maintenance.

5. Hybrid Power System:Combines wind power generation with solar energy, making it highly sustainable and ideal for areas with both sunlight and wind resources.

Benefits:

• Durability:Built with robust materials and advanced finishing techniques for long-term performance, even in extreme outdoor conditions.

• Eco-Friendly and Sustainable:Operates on renewable energy (wind and solar), reducing reliance on traditional grid power and lowering carbon emissions.

• Weather Resistance:IP65-rated lamps and galvanized poles ensure excellent protection against rain, dust, and corrosion.

• Low Maintenance:Specially designed compartments and durable construction reduce the need for frequent repairs or replacements.

• Versatility:Suitable for a variety of applications, including highways, rural roads, parks, and remote areas where hybrid energy sources are most effective.