Innovative Rare Earth Alloy Materials Developed by the Company - Fully Lightweight Wind Turbines and Lighthouse Poles

Nanning, July 30,2024 - We has proudly announced the development of advanced rare earth alloy materials for their latest wind turbine and lighthouse pole designs. These groundbreaking innovations promise to revolutionize the renewable energy sector with their exceptional performance and environmental benefits.

Nanning, July 30,2024 - We has proudly announced the development of advanced rare earth alloy materials for their latest wind turbine and lighthouse pole designs. These groundbreaking innovations promise to revolutionize the renewable energy sector with their exceptional performance and environmental benefits.

Key Features of the Rare Earth Alloy Materials:

1.High Strength Properties: The blades and tower components are constructed using high-strength rare earth alloy materials (tensile strength 685 MPa, yield strength 612 MPa, elongation at break >7.5%).

2.Characteristics: These materials offer high strength, lightweight properties, corrosion resistance, easy installation and transportation, recyclability, 30-year depreciation-free lifespan, and increase in electricity generation efficiency by over 35%.

3.Optimized Aerodynamics and Structural Mechanics: Enhanced aerodynamic design and structural mechanics maximize electricity generation performance.

4.Magnetic Levitation Generators: Utilizing magnetic levitation technology, these turbines start generating electricity at a wind speed of just 1.6 m/s, with low noise and minimal maintenance. At equivalent wind speeds and wind power densities, the mainstream model - rated at 10 kW - generates annual electricity equivalent to a 15 kW wind turbine currently available in the market.

5.Aesthetic Integration: The rare earth alloy materials are easily colorable, allowing seamless integration with the surrounding environment, contributing to landscape aesthetics and aligning with rural revitalization strategies.

6.Mainstream Model Specifications: The total weight of the 10 kW unit (including turbine blades, generator, and a 12-meter tower) is only slightly over 500 kilograms. This significant reduction in weight not only enhances electricity generation but also drastically lowers transportation costs, construction expenses, and installation costs.

7.Fully Lightweight Design: Designed to lower the cost of electricity investment per kWh, these innovations perfectly meet current market demands for grid-connected electricity generation.